February 2024 Issue

February 2024

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your next job contact us on...

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SIGRSA0124 V1 | © SIG Trading Ltd 2024. All rights reserved. The information contained in this document is believed to be correct at the date of publication. Images used are for illustration purposes only.

WINDOWS TIMBER COMMERCIAL & RETAIL OFFSITE SMART TECHNOLOGY

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www.specifyandbuild.co.uk \\ February 2024

FEBRUARY 2024

LETTER FROM

THE EDITOR

EDITOR JENNIE WARD

T: 07971 968611

E: jennie@mappedout.media

SALES

DIRECTOR

DESIGN &

MARKETING

MANAGER

ACCOUNTS &

CIRCULATION

THE TEAM

JAKE ROXBOROUGH

T: 07482 181961

E: jake@mappedout.media

LAURA KING

GEORGIA HENDERSON

E: accounts@mappedout.media

PUBLISHED BY MAPPED OUT MEDIA LIMITED

Registered in England No.

15185328

Registered Office:

The Old Barn, Wood Street,

Swanley, England, BR8 7PA

Welcome to the February issue of Specify

& Build! We’ve been delighted with the

response to our very first issue, so thank

you to everyone who has reached out with

such positive feedback.

In this issue we’re taking a closer look at Windows and

Doors, and how new system technologies are helping

specifiers to create highly efficient buildings that meet the

very tightest low-carbon standards. Plus, we’re bringing you

a fantastic example of how timber frame was used to create

an innovative school teaching timber building methods, and

how the material could be key in the move to net zero.

Modern methods of construction are continuing to hit the

headlines as the sector looks for new ways to meet building

challenges such as bad weather and a lack of skilled

tradespeople. So, we’re bringing you some of the latest

examples of case studies on how off-site manufacturing can

make both refurbishment and newbuild projects easier than

ever.

And, finally, our Smart Technology feature will reveal

how connected technology is changing the way we live our

lives and what purchasers are coming to expect from their

new homes, whether that’s smart locks, advanced security

systems or connected heating systems that will help them

improve comfort levels while lowering fuel bills.

February 2024

www.specifyandbuild.co.uk

All rights reserved. No part of this publication

may be reproduced or transmitted in any

form, without the consent of the publisher

- Mapped out Media Limited. While

every effort is made to ensure accuracy,

the publishers do not accept liability for

errors – printing or otherwise – appearing

within this publication (and website). The

views expressed by contributors are not

necessarily those of the editor or publisher.

WINDOWS TIMBER COMMERCIAL & RETAIL OFFSITE SMART TECHNOLOGY

SIG Roofing offers solar solutions

for pitched, flat and industrial roofs.

The company distributes Tier 1 solar

equipment and services across the UK,

with over 105 branches, dedicated solar

hubs and training facilities to provide

customers with top-tier products and

services. See p12 for more information.

3

20 22

40

CONTENTS

06. News

34. The growing use of timber in construction

WINDOWS & DOORS TIMBER

14. Changing times for window colours

16. The multi-functionality of fire safety glass

18. Sourcing lower carbon aluminium solutions

20. Take in the view with glass balconies

22. Framing the Passivhaus homes of the future

26. Selling the savings of energy efficiency

36. New report shows path to net zero with timber

38. Understanding Embodied Carbon

40. Timber frame selected for exemplar education

site

42. Special Feature: New aluminium cladding from

Vivalda

4

42

46

52

50 54 56

COMMERCIAL & RETAIL

SMART TECHNOLOGY

44. Don’t overlook car park maintenance

46. Onduline provides roofing solution for

supermarket

48. Fire barriers protect East Midlands office

OFFSITE

54. Energy crisis drives adoption of smart technology

56. Revolutionising home security

58. Empowering efficiency in an era of challenges

60. Futurebuild Preview

62. New Products

66. Case Study

50. Packaged plant room supports hospital upgrade

52. Bringing architectural brickwork to life

5

February 2024 \\ www.specifyandbuild.co.uk

LATEST NEWS

NEWS \\ INDUSTRY UPDATES

Construction output to fall 2.1% during 2024

Construction output is forecast to

fall by 2.1% this year due to falls in

private housing newbuild and repair,

maintenance and improvement

(RMI), according to the Construction

Products Association (CPA).

The CPA forecasts that

construction output will then

rise by 2.0% in 2025 in line with

falling interest rates and a general

economic recovery which, in turn,

could ease challenges in the housing

and RMI sectors – the two largest

construction sectors.

Recent disruptions in the Red

Sea, however, have been identified

as a key risk to the forecasts,

potentially leading to supply issues.

Private housing suffered a doubledigit

fall last year after a spike in

mortgage rates hit housing market

demand. Many housebuilders have

reported a 25-35% fall in demand, in

addition to the regulatory issues that

smaller housebuilders continue to

face around planning.

The lagged effect of higher

mortgage rates is likely to continue

to weigh upon property transactions

this year, with private housing output

expected to fall by a further 4.0%.

Looking to next year, a gradual

fall in interest rates should boost

demand with private housing output

expected to rise by 4.0%. However,

interest and mortgage rates are not

expected to return to the record

lows seen in 2021 anytime soon.

The lack of a government policy

stimulus to help overcome high

deposit and mortgage payment

requirements, also means the peaks

in housebuilding seen in 2022 are

unlikely to be seen again until at

least the end of the decade.

TM65 calculation

documents now

available for

Multipoint Series

Baxi has released CIBSE

Technical Memorandum 65

Embodied carbon in building

services calculation documents

for its Heatrae Sadia Multipoint

electric water heater series.

The documents respond

to the increased focus on

evaluating, and reducing, the

embodied carbon associated

with a building services system.

As strides have been made

to reduce the operational

carbon emissions of equipment

in use, the focus has shifted

to evaluating their embodied

carbon and understanding a

product’s manufacture, repair,

installation, transportation,

replacement and end of

life. CIBSE’s calculation

methodology has been widely

adopted.

The documents are at www.

heatraesadia.com

Free retrofit training course launched to

help architects kickstart their careers

A new online course, Retrofit 101,

has been created by The Retrofit

Academy for anyone wanting to

learn the fundamentals of domestic

retrofit and why it is important

in driving energy efficiency and

reducing carbon emissions.

Aiming to bolster architects

and specifiers’ understanding

of retrofit work they may already

be doing to improve energy

efficiency in buildings, the course is

designed to unlock the potential for

professionals to go on to progress

into further retrofit qualifications as

they develop their career.

As government policy and

funding for decarbonising homes

and buildings continues to grow,

the workforce required to deliver

high-quality retrofit at scale must be

quickly developed to meet growing

demand.

The Retrofit 101 course will give

people the chance to understand

the process of retrofit, why

domestic retrofit is needed, learn

about what goes into retrofit advice

and understand the retrofit career

paths that are available for people.

More details are online at

retrofitacademy.org

6

WestWood Liquid Technologies Limited

31 Morris Road, Nuffi eld Industrial Estate,

Poole, Dorset BH17 0GG

Phone: +44 800 808 5480

Liquid Applied Waterproofi ng Systems

Car Parks • Flat Roofs • Metal Roofs • Gutters • Roof Terraces Balconies


LATEST NEWS


Brits more inclined to vote for parties who

prioritise energy efficiency, says research

Sixty percent of Brits in marginal

seats are more inclined to vote for a

party that prioritises household

energy efficiency, research has

revealed.

The results are part of a survey

carried out on behalf of Grundfos,

and suggests that 77% of voters

across 10 marginal constituencies

want the government to do more to

help make homes energy efficient.

The polling also suggests voters

are interested in cost-effective

energy efficiency solutions but don’t

know where to find them. The white

paper ‘Efficient Futures: An

Exploration of Energy Efficiency

Attitudes and Solutions in Bellwether

Seats’ also found that 71% believe

the government is not doing enough

to help households lower their

energy bills. Those who voted

Conservative in 2019 and plan to

vote Labour in the coming election

feel particularly strongly about this,

with 81% of these ‘switchers’ saying

the government is not doing enough.

Even among those who feel that

the government is doing enough,

55% said they would like to see

them do more.

Energy efficiency is therefore set

to influence voting behaviours in the

general election, with six in 10 more

inclined to vote for a party that

supports it, rising to eight in 10

among switchers to Labour.

This desire for government

support is exacerbated by voters’

doubts about how energy efficient

their home is. Only one in five voters

are ‘very confident’ that their home

is as energy efficient as it can be.

Consumers are prepared to invest

an average of £500 yearly in

improving their energy efficiency.

Despite this, insulation is the

upgrade that most respondents

(49%) are inclined to invest in. Only

one-third of respondents considered

cost-effective upgrades such as

optimising heating systems among

the top three measures they would

consider.

Bent Jensen, Divisional CEO of

Commercial Buildings Services at

Grundfos, said: “Government should

consider updating its online

information on energy efficiency to

give households accessible and

accurate information on the savings

potential of circulator pumps and

hydraulic balancing.”

SIKA donates to Leukaemia care

Sika has presented the Leukaemia Care Charity with a

cheque for £26,366 following a charity cycling event that

saw 130 employees, suppliers and customers cycle

either 50 or 100 miles.

Mark Gatrell and Andrea Carbin of Sika were on hand

to present the cheque to Leukaemia Care, a charity

supporting anyone affected by a blood cancer by

ensuring that they receive information, and support.

The event was held in memory of SIKA colleague

Rebecca Clarkson, who sadly died in 2023. Presenting

the cheque to Leukaemia Care, Mark said: “The work

that Leukaemia Care does is vital in supporting those

people who are diagnosed.”

Visitor registration opens for

Materials & Finishes Show

Visitor registration is now open for the Materials &

Finishes Show (formerly W Exhibition) – the UK trade

show for the furniture manufacturing and joinery

industries. The event will take place at the NEC from

19-22 May.

The trade show is a platform for carpenters, joiners,

machinists and installers to see running woodwork and

stone machinery, the latest materials, components,

software, and innovations for the sector.

Visitors will have the opportunity to see running

machinery together with components, materials,

technology and services for the manufacturing and

processing phases of materials, alongside the latest

products and developments for finishes. A new live

demonstration zone will allow visitors to see many of

these products in action for the first time.

Visitors will also be able to benefit from more than 40

hours of CPD-certified learning content in a new seminar

theatre. Sessions will cover the latest industry topics,

delivered by industry experts, such as dust extraction

and sustainability, through to content designed to help

them drive more leads and operate more efficiently.

You can register for a ticket to the show at

www.materialsandfinishesshow.com

8



Industry organisations join forces to urge

Government to regulate embodied carbon

LATEST NEWS

Ten industry bodies have joined together to warn political

leaders about the urgent need for regulation of embodied

carbon emissions in construction.

They warn regulation is necessary because buildings

and construction form a substantial part of UK carbon

emissions, which are a main driver of climate change.

The group believes UK policy has stalled and urgent

action is needed.

The 10 organisations were Chartered Institute of

Building (CIOB), UK Green Building Council, The

Institution of Structural Engineers, the Institution of Civil

Engineers, Construction Industry Council, Chartered

Institution of Building Services Engineers, UK Architects

Declare, RIBA, RICS, Association for Consultancy and

Engineering and Part Z.

The group has issued a paper to political leaders with

a key ask: to include in their manifestoes a commitment

to move to reduce embodied carbon emissions in

construction within two years of starting government.

Steps for action include:

• In 2024: Policy signalled to confirm the dates and

interventions below.

• By 2026: Mandate the measurement and reporting of

whole-life carbon emissions for all projects with a

gross internal area of more than 1,000m 2 or that

create more than 10 dwellings.

• By 2028: Introduce legal limits on the upfront

embodied carbon emissions [those emissions due to

the use of materials in the initial construction] of such

projects, with a view to future revision and tightening

as required.

The group says these actions are essential as around

one in 10 tonnes of the UK’s total greenhouse gas

emissions are “embodied carbon” emissions. These

relate to the production and use of construction

materials, which account for a substantial part of the

UK’s overall carbon emissions.

CPD offers advice on building services insulation standard

ROCKWOOL has launched

‘Introduction to BS 5422’, a

Continuing Professional

Development (CPD) module to

support specifiers and engineers

with advice on how to plan and

implement the insulation of building

services systems following a recent

update to the standard.

BS 5422 provides a method for

specifying the thermal insulating

materials needed on pipes, tanks,

vessels, ductwork and equipment

for certain defined applications and

conditions in domestic, nondomestic

and commercial buildings.

The standard supports Approved

Document L as the reference point

to determine the minimum thickness

of insulation required to limit heat

losses and gains from building

services.

ROCKWOOL’s CPD module

explores the factors that must be

considered when deciding on the

insulation of building services

systems according to BS 5422. It

demonstrates how the standard

aims to improve the living and

working environment of the building

as well as making it safer and more

energy efficient.

Will Wigfield, Product Manager

– Fire Protection & HVAC at

ROCKWOOL UK, said: “The CPD

will explain how the standard makes

it easier for specifiers to choose the

most appropriate material for each

project and allow them to exceed

the minimum requirements if they

wish.”

Learn more at www.rockwool.

com/uk/advice-and-inspiration/

learning

9


LATEST NEWS


Tackling wasted water is crucial for builders

and specifiers, says Thomas Dudley

As water demand increases due to population growth

and industrial development, the availability of freshwater

for consumption and other uses becomes limited. By

incorporating water-efficient practices, specifiers and

builders can contribute to reducing the strain on local

water resources, according to manufacturer Thomas

Dudley.

Many regions have implemented strict water usage

regulations to manage water scarcity and protect local

ecosystems. Specifiers need to adhere to these

regulations to obtain necessary permits and approvals

for construction. Failure to comply can lead to delays,

fines, and other legal consequences.

With increasing awareness of environmental issues,

there is also a growing market demand for sustainable

and eco-friendly homes. Specifiers that prioritise water

conservation and other green building practices can

attract environmentally conscious buyers.

The toilet accounts for more than 20% of household

water consumption and one report suggests that more

than 4% of UK toilets are leaking water – enough to fill

158 Olympic sized swimming pools, or 4 million baths,

every day. Most toilets leak from either the inlet or outlet

valve, and so fitting water-saving products can help.

Reports suggest that in toilets that were identified as

leaking, ‘81% contained flush valve mechanisms’,

whereas syphons do not have an underwater seal as

such, reducing the risk of debris and limescale building

to interfere with the seal.

Delay fill inlet valves are another way to reduce water

wastage. Previously, float valves began refilling a cistern

while it was still flushing. Thomas Dudley’s research has

found a 6-litre cistern could flush up to 6.2 litres when

fitted with a standard inlet valve.

More details are online at www.thomasdudley.co.

uk/tyde

International seal of quality for Kestrel

Birmingham-based Kestrel Powder

Coating has been awarded a

QUALICOAT coating applicator

approved licence for its powder

coating service for extruded

aluminium profiles.

QUALICOAT is an independent,

globally recognised product

certification scheme. To gain

recognition, applicators must use

QUALICOAT licenced products

and employ a precisely specified

process for the powder coating.

Kestrel Powder Coating, sister

company to Kestrel Aluminium, has

been providing powder coating to

the relevant quality standard (BS EN

12206) for many years.

Kestrel Powder Coating supplies

high-quality finishes in a wide

range of RAL and BS colours. It

has built its reputation on high

quality and on first-class customer

service, a combination that has

led to an impressive degree of

customer loyalty. The company

anticipates that the QUALICOAT

licence will attract new customers,

who demand this rigorous quality

certification.

On-demand

aluminium CPDs

Aluminium systems company AluK

is offering its RIBA-approved CPDs

on demand – either at its Shoreditch

Design Studio in London, at

specifiers’ own offices or online.

‘Aluminium Curtain Wall Design:

A Technical Guide’ and ‘Approved

Doc L 2021: Impact and Actions

for Aluminium Window and Door

Performance’ have been created to

offer expert advice on design and

specification for window, door and

glazing systems and on complying

with the latest legislation.

AluK also offers a ‘Buildings as

Theatre’ CPD to help specifiers

understand the influence of framing,

scale and texture in curtain walling

on building design.

www.alukgb.com/learning/home

10

Choice

is everything

Scan for more information

With one of the widest ranges of roofing membranes and ventilation products

available in the UK and Ireland, including for use with in-roof solar PV,

Glidevale Protect offers tried and trusted performance for any project.

For extra peace of mind, ask us about our new 15 year product warranty*.

When you’re creating better buildings and healthy homes,

we’ve got you covered.

*Ts & Cs apply.

Glidevale Protect is a specialist UK producer,

offering ventilation solutions, condensation control

and energy efficiency across the built environment.

For technical guidance contact us

on +44 (0)161 905 5700

email info@glidevaleprotect.com

or visit www.glidevaleprotect.com


WINDOWS AND DOORS

CHANGING TIMES FOR WINDOW

COLOURS

Grey is the new black when it comes to aluminium windows and doors, but other

colours are available for those looking for more choice. Andrew Cross, Marketing

Manager at Kestrel Aluminium Systems, explains the options available.

Once upon a time most domestic

windows and doors in the UK

were either black or white.

These neutral colours fit with any style

of property and fabricators and installers

would offer them as standard, with

customers rarely suggesting, or perhaps

even being aware of, any other choices.

But times have changed, and as

aluminium frames have become

increasingly popular in the UK compared

to other materials, so have the wider

range of colours that aluminium frames

make it easy to provide.

Grey has become the new black (or

white) when it comes to aluminium

frames. This colour was originally made

popular by the huge influx of bifold door

installations we have seen in recent

years, as homeowners looked to improve

their homes and ‘bring the outdoors

in’ to make the most of the spring and

summer sunshine. Then, once the grey

doors were in situ, homeowners began

looking to add grey windows as well,

so that everything would match on the

façade of their home.

Anthracite grey is the colour most

often seen on new window and door

systems, but the market is now starting

to question whether this colour may

have been over-sold, with people looking

for other colour options to help their

properties stand out from the crowd.

There are, in fact, many different colours

that property owners can choose. One

of the benefits of aluminium as a material

is that it is easy to finish with any RAL

colour that the specifier chooses. RAL

is a colour matching system that defines

colours for paints, coatings and plastics

dating back to 1927. The benefit of

RAL colours is that each colour is given

a specific number, which is then used

by manufacturers to ensure that every

product they make using that number

will have an exact colour match. When

it was first invented there were 40 RAL

colours available, but there are now

more than 200 classic RAL colours

in many different hues. Any one of

them can be used to powder-coat an

aluminium door or window section

– you’re not just limited to traditional

neutral colours.

Through Kestrel’s in-house powder

coating facility, for example, you can

specify aluminium windows and doors

in any of these RAL colours. Pastel

Green (RAL 6019) and Sage Green (RAL

180 60 20), for example, are wonderful

colour choices for traditional properties,

as are the pastel yellow colours that

you may have seen on more traditional

cottages. Kestrel can also provide

frames in any RAL, with a typical lead

time of five working days, so there is no

need to delay a project while waiting for

the windows.

Powder coating provides a longlasting

finish that helps protect the

aluminium frames for many years. It

also creates a strong protective barrier

against damage, scratches and chips

and helps the metal remain rust free.

While untreated aluminium won’t rust,

exposure to oxygen can cause it to

oxidise and form a chalk-like substance

on the frame, which the powder coating

will prevent by sealing the aluminium

away from the open air.

The coating is applied by spraying

polyester-based, coloured powder

onto the aluminium section using an

electrostatic charge to ensure the

powder adheres to the aluminium. Then,

the product is heated to melt the powder

and ensure a smooth coating that is

chemically adhered to the aluminium.

Once the system cools down, the

process is complete.

Kestrel Powder Coating, sister company

to Kestrel Aluminium, has been providing

powder coating to the relevant quality

standard (BS EN 12206) for many years.

The company has now been awarded

a QUALICOAT license in recognition of

its in-house powder coating process.

QUALICOAT is a global quality label

organisation committed to maintaining

the quality of lacquering, painting and

coating on aluminium and its alloys for

architectural applications.

Receiving a QUALICOAT coating

applicator approved license shows

that Kestrel’s state-of-the-art powder

coating plant offers fantastic customer

service, and uses only the highest-grade

polyester powder paints.

www.kestrelaluminium.co.uk

14

Make it a reality

with Reynaers.

Your vision. Our technical support.

We offer dependable technical assurance for every application, bringing vast experience

to residential projects through to large complex commercial buildings. Our dedicated

online architect support page gives you access to CAD and BIM libraries along with our

friendly technical and engineering support team.

WINDOWS

DOORS

SLIDING/

FOLDING DOORS

CURTAIN

WALLS

SOLAR

SHADINGS

We are contributing to more sustainable buildings

and developing circular products. Ensuring

we reduce our ecological footprint while never

forgetting we are a caring company.

With over 50 years of

global product development,

7 testing centres worldwide,

you can be reassured with

Reynaers Aluminium.

Together for better

reynaers.co.uk/architect


WINDOWS AND DOORS

THE MULTI-FUNCTIONALITY OF FIRE

SAFETY GLASS

It can be easy to assume that fire safety glass is purely a fire protection product.

However, architects can get so much more from the right specification, from

acoustics to solar control and high-end, bespoke aesthetics. Andy Lake, Sales

Director UK & IRE at Pyroguard, explores the multi-functionality of fire safety glass.

According to the Oxford

Dictionary, to be multifunctional

is defined as

‘having or fulfilling several

functions’. This is a

term that may not immediately seem

applicable for fire safety glass. Yet, while

its primary purpose is indeed to protect

people, property and possessions in the

unfortunate event of a fire, this can just

be the start of a specification. In fact,

with the correct technical guidance, it is

possible for a glazing system to deliver

so much more.

Fire safety glass is manufactured by

alternating sheets of toughened glass

with intumescent gel interlayers. It is

these interlayers that cause the glass to

react in the event of a fire. Yet, through

the careful and technical selection of

additional specialist glass counterpanes,

installed as part of the system, it

is possible to also achieve further

performance qualities.

Acoustics

Over recent years, increasing attention

has been paid to the effects of noise

pollution, defined as any sound above

65dB, and the importance of creating

acoustically sound interior spaces for

occupant comfort. This is especially

important when you consider buildings

such as schools, care homes, hospitals

and offices, where the creation of quiet

and calm spaces are needed.

While some specifiers may look to

combat the challenge of noise pollution

by sectioning off different areas of a

building interior and using solid walls to

minimise the spread of noise, there is a

better and more aesthetically pleasing

option available to them. In these

applications, fire safety glass can help to

deliver both the fire protection and sound

reduction properties required.

Indeed, through the specification of

laminated toughened fire safety glass

and technical calculations around the

number of glass layers used within a

system, it can be carefully engineered

to reduce the level of sound transmitted

through, offering an enhanced acoustic

performance.

Privacy

The use of glass can contribute to

the creation of light, contemporary

and open interior spaces – one of the

many reasons behind its popularity as

a building material. It can, however,

present challenges around the matter of

privacy.

However, just as fire safety glass can

be engineered to deliver acoustic

properties, so too can a system be

specified that offers the required levels of

privacy built-in. For example, integrated

blinds can be incorporated within the

glazing system, or an additional glass

pane with a mirror or obscure finish – or

even a screen-printed glass pane – can

be interchanged between the toughened

glass layers.

Switchable glass takes this even further,

with the ability to switch between a

frosted or clear appearance at just the

click of a button.

Aesthetics

This idea of incorporating screen-printed

glass within a glazed system can be

taken further still, opening up additional

design avenues. For example, through

the use of coloured, etched or printed

glass interlayers, it is possible to push

the boundaries and create additional

unique design opportunities for interior

spaces. From bringing colour and art

into a building, to creating an on-brand

appearance, the possibilities are endless.

Solar control

Available building space in our towns

and cities is becoming increasingly

limited and so the only way to build is

often ‘up’, with high-rise buildings and

glass façades becoming a common

sight on our skylines. However, while

glass is perhaps a welcome alternative

to the concrete tower blocks of the

1960s, a glass building envelope does

present some challenges, including how

to prevent it from acting as an over-sized

greenhouse. Here, including a glass

counterpane with solar control properties

within the larger glazed system can help

to solve the problem, working to reflect

the sun’s UV rays away from the building

exterior.

What’s more, following recent

developments in the market, it is now

also possible to specify fire-rated

double-glazed units with warm edge

spacers (previously only generally

available in non-fire-rated glass), further

helping to improve the energy efficiency

of a system.

www.pyroguard.eu

16

A window and door system designed

to authentically replicate 19 th Century

timber designs.

It can accommodate 28mm and 44mm

glazing to create highly efficient glazed

units that offer outstanding thermal

and acoustic performance, with a WER

rating of A++ and U-values as low as

0.74 w/m 2 K.

Visit our website to find out more

01452 945 633

residencecollectiontrade.co.uk

trade@residencecollection.co.uk


WINDOWS AND DOORS

SOURCING LOWER CARBON

ALUMINIUM SOLUTIONS

The aluminium industry is taking steps to increase the availability of solutions with a

lower carbon footprint. John McComb, Technical Services Director at Reynaers

Aluminium UK, explains how.

Creating buildings that support a

sustainable future requires a fresh

take on the materials used, in

particular addressing embodied carbon.

Aluminium offers some important

performance advantages over alternative

materials, not least its lightweight

structure and resistance to corrosion.

Aluminium has excellent recycling

properties while retaining performance

characteristics. But, like all construction

products, we cannot produce a perfect

product with no environmental impact.

As with many different materials, the

industry is seeking to improve the

energy intensive production process

of aluminium to bring its environmental

credentials in line with its other benefits.

Optimising the use of recycled aluminium

is, of course, critical to reducing

embodied carbon. Recycled aluminium

uses only a fraction of the energy

needed to produce the primary product,

and has a far lower level of embodied

carbon, averaging around 0.5 tons CO 2

-

equivalents per ton.

This is a sound proposition because

aluminium can be infinitely recycled

without incurring any loss in quality –

that’s why around 92-98% of aluminium

used in Europe’s building industry is

recycled in some way. Availability is an

issue, however, as recycled material

becomes a victim of its own popularity

with demand outstripping supply. This

means, to meet the volumes that our

construction projects need, primary

aluminium remains a key source, though

the industry is working hard to ensure

an increasing supply of lower-carbon

aluminium.

Evolving production methods

In Europe, primary aluminium is typically

produced with a carbon footprint

of around 9.34kg CO 2

/kg, including

extrusion. As this is the principal

source of carbon, changes to how

manufacturers power their processes –

such as switching to renewable energy

– can have a dramatic impact.

In some countries aluminium production

is already largely powered in this way.

This has helped to cut embodied carbon,

with hydro-powered plants producing

aluminium with embodied carbon levels

of 4kg CO 2

/kg aluminium.

Changes to the Hall-Héroult process

– the main method of aluminium

production – are also increasing

efficiency where they have been put in

place, further helping to cut emissions.

Broadening the use of these changes will

create an even bigger impact.

Other developments include the ability to

replace carbon anodes in the production

process with a ceramic material so that

only oxygen is being emitted. Using this

method, in combination with sustainable

energy, will have a significant impact on

driving down carbon levels in aluminium.

Keep the focus on lowering carbon

While changes are being introduced

to support low-carbon aluminium,

supply remains limited. As a member

of European Aluminium, Reynaers

is committed to supporting work to

reduce carbon in aluminium and to find

sustainable solutions.

In 2022, the weighted average carbon

footprint of the aluminium billets used to

extrude our profiles in Belgium amounted

to 3.96kg CO 2

eq. We had a share of

low-carbon primary aluminium of 44%

and a share of recycled aluminium of

32%. We are on a continual path to

improve our carbon footprint, and to

achieve science-based targets by 2030

as outlined in our sustainability strategy.

As awareness of carbon levels grows,

the focus on making the necessary

changes to support sustainable building

design and specification will intensify.

Innovation and investment are central to

making an efficient, lasting change in the

production process to create more lowcarbon

aluminium. The industry must

work together to support one another

in making changes and producing

more low carbon solutions. As progress

continues to be made it is important to

continue to focus on areas where an

immediate change to carbon emissions

can be made. Through determined and

united action, the carbon footprint of

the built environment will continue to

decrease.

www.reynaersathome.co.uk

18

Designed to maximise natural light

Commonly thought of as a commercial product, curtain walling is becoming increasingly specified

for homes to create a light and airy living space. The architect specified the Kestrel Aluminium100mm

box and plate curtain walling system incorporating Kestrel 60mm windows to maximise natural light

and give a dramatic frontage to this prestigious development on the Coton House Estate, near Rugby.

For more information, visit www.kestrelaluminium.co.uk or call 0121 333 3575.


WINDOWS AND DOORS

TAKE IN THE VIEW WITH EASY-TO-

INSTALL GLASS BALCONIES

Juliette balconies and glass balustrades are an increasingly popular option to add

light to smaller properties. But how straightforward are they to work with? Simon

Boocock, Managing Director of CRL Europe, looks at the possible solutions

available.

Glass balconies and

balustrades are a popular

way of adding light to small

internal spaces. Often

fitted to townhouses and

apartments in urban areas that may lack

much in the way of physical outside

space, Juliette balconies and glass

balustrades also became particularly

popular post-pandemic, as city dwellers

migrated to more rural and coastal areas

and were keen to make the most of their

new and improved view.

Glass is an ideal material to provide

homeowners with uninterrupted views

of rolling countryside and coast, or

even an inner-city sprawl, while still

enhancing and protecting the detail of

the building itself. It also allows ample

natural light to flood the interior, which

can be particularly advantageous when

working with properties that could be

described by estate agents as ‘cosy’.

Fortunately, fitting these adaptations

to existing buildings needn’t be too

problematic, regardless of the location

and even when working at height, as is

so often required, so long as a suitable

solution is chosen. Juliette balconies,

for example, have a modern, minimal

appearance that enhances any style

of property, enabling the character of

the property to be retained without

upsetting the neighbours.

Ideal for use in buildings with compact

interiors, a glass Juliette balcony

enables a French window or patio door

to be chosen instead of a conventional

window, filling the room with additional

light, increasing ventilation and creating

a greater sense of space.

The result is a modern design and sleek,

clean lines, creating the desired visual

effect without being a headache to

install. Before going down this route for

your clients though, you should always

check that the system is made from

weather-resilient material, such as 316

grade stainless steel. It is also worth

making sure that the system is suitable

for a range of glass widths for ease

of fitting, and that it passes all safety

requirements, of course.

The Paris and Juliette Balcony systems from

CRL are tested to comply with building and

safety regulations, including BS 6180:2011.

Balustrades and balconies without a

handrail are another on-trend look and,

again, offer relatively straightforward

installation providing the right systems

are to hand. In such cases, look for

systems that are fully adjustable, even

on uneven surfaces. A balustrade

solution with a quick and easy

adjustable method to align glass panels

without a handrail is a sensible option,

while one made from a material such as

extruded aluminium, saving weight yet

keeping strength, will be lightweight yet

extremely strong.

CRL’s TAPER-LOC dry-glazed railing system for frameless glass balustrades can be entirely installed

from the safe side of the balustrade.

For larger projects, a dry-glazed railing

system is often favoured for frameless

glass balustrades. Choose one that can

be entirely installed from the safe side

of the balustrade, putting safety first

without the need for time-consuming,

costly scaffolding. As with Juliette

balconies, the finished effect of this type

of system is elegant and minimalist.

www.crlaurence.co.uk

20

Passivhaus Homes

for the Future

A project of the finest distinction featuring the

GENEO Passivhaus Tilt and Turn product;

sustainable design, fit for future generations.

Made possible with the expertise, knowledge

and successful collaboration of all stakeholders,

in particular REHAU, GRM Windows and

Fleming Buildings Limited.

Find out more at rehau.uk/geneo

Image courtesy of GRM Windows Ltd.


WINDOWS AND DOORS

FRAMING THE PASSIVHAUS HOMES

OF THE FUTURE

With housing providers under pressure to deliver affordable housing that meets the

UK’s net zero targets, new developments must be both environmentally conscious

and consumer friendly. Midlothian Council built Passivhaus-certified social homes in

two of its newest developments, with windows playing a fundamental role.

Image: GRM Windows

P

assivhaus is a tried and tested

methodology that provides a

range of solutions to deliver

net zero ready homes. To

achieve optimal comfort

levels for occupants, the standard

ensures homes use very little energy

for heating and cooling, relying on high

levels of insulation and air-tightness,

and a mechanical ventilation with heat

recovery (MVHR) system. The windows

specified are vital in achieving the levels

of airtightness, insulation and overall

efficiency required in a Passivhaus

building, which is why close attention

was paid to the material choice, style

and U-value of the frames.

Tackling fuel poverty

In 2020 Midlothian Council, the local

authority for Midlothian, Scotland,

committed to building new Passivhaus

social housing, and set this out in its

housing design guide. The project’s

main aims were to help the council meet

wider net zero targets, while tackling the

issue of fuel poverty and improving the

provision of comfortable housing.

The first two developments assigned

were Buccleuch Street in Dalkeith – one

building housing six flats, and Burnbrae

Road in Bonnyrigg – two buildings

encompassing a mixture of retail and

residential properties.

Knowing that achieving such rigorous

standards would be no easy feat, the

council appointed Smith Scott Mullan

Associates, an Edinburgh-based

architectural practice, and industry

leader of sustainable design practices.

Its team of professionals includes six

certified Passivhaus designers, two

PAS2035 co-ordinators, and two

accredited conservation architects.

Leading the project was Claire

Cockburn, Senior Architect and

certified Passivhaus designer and

Jarek Gasiorek, Architect and Certified

Passive House designer. Specialist

Passivhaus consultant, Graham

Drummond, was also appointed as part

of the team to advise on specific areas

such as window material choice.

The Burnbrae Road challenge

Burnbrae Road brought its own set

of technical difficulties. The two-

22


WINDOWS AND DOORS

Image: GRM Windows

block project in Bonnyrigg, delivered

by contractor Flemings Buildings,

comprised a mix of residential and a

retail unit which required a customised

Passivhaus certification process. While

all 20 homes were to be designed to

achieve Passivhaus certification, the

retail unit was only required to have a

Passivhaus compliant envelope with

double-glazed windows and steel

security doors.

Due to this unique challenge, the

Passivhaus certifier, WARM, and

Passivhaus Institute had to agree on

a customised certification to make the

project a reality. The average U-value

targeted at design stage was 0.83 W/

(m 2 K), across a total of 48 windows.

The Buccleuch Street challenge

The project at Buccleuch Street

followed a similar specification to

Burnbrae, and was delivered by

contractor Morris and Spottiswood.

This was to develop a new block of six

flats and the refurbishment of a nearby

existing building. However, the site was

constrained and involved competing

demands. The need for fire safety,

structural stability, and space to house

the MVHR system created conflicting

needs that required adaptable solutions.

The average U-value targeted at design

stage was 0.87 W/(m 2 K), across a total

of 32 windows.

A not-so-common solution

Despite the nuances across each

project’s design, two things were

non-negotiable when it came to the

windows – the thermal efficiency and

the maintenance conditions. PVCu was

agreed upon as the material of choice

due to its low maintenance properties

and more cost-effective price point

against alternatives like timber. Graham

then recommended REHAU’s GENEO

Passivhaus windows based on his

previous experience with the product

Image: GRM Windows

and its ability to meet the rigorous

technical specification.

Specialist fabricator GRM Windows

was then appointed to supply the final

product across both sites: the REHAU

GENEO Tilt and Turn: 86mm profile

depth utilising RAU-FIPRO X – a fibre

composite extruded profile, with six

chamber systems and triple gasket

sealing. All 80 windows were supplied

with anthracite grey exterior frames to

match the modern design of the homes,

and all were Secure by Design certified

for additional resident safety.

Midlothian Council was keen to involve

REHAU and GRM in all stages of the

development process across both sites,

from design to fit. Project Manager Neil

Davidson says: “The REHAU and GRM

teams have been an integral part of the

design and build process across both

multi-faceted projects. The windows

met Passivhaus standards and the

REHAU team’s technical expertise

informed many decisions throughout the

build.”

Richard Gambling, Managing Director

at GRM, adds: “The main challenge on

this project was balancing all aspects

of the design. By working in close

collaboration with our glass supplier,

we were able to test the GENEO to

The projects were some

of the first Passivhaus

triumph of its kind in

Scotland and have set

a very high standard

for the future of social

homes.

PAS 24 at a specific size for Buccleuch

Street. We also achieved around 44dBA

reduction on one elevation at the same

time as meeting thermal and solar gain

requirements of the Passivhaus design

team. This wouldn’t have been possible

without the support from REHAU –

all queries from the designers and

contractors were solved accurately and

quickly.”

Framing social homes of the future

Thanks to airtight seals and membrane

features, not only were sustainability

targets met, but noise attenuation

parameters were also maintained. Due

to a local social club next door to the

Buccleuch Street site, these windows

were designed to an even higher

specification to provide residents with

peace and quiet inside their homes.

Alongside the use of other technologies

including solar photovoltaics, heat

storage, and electric heating, the

projects were some of the first

Passivhaus triumph of its kind in

Scotland and have set a very high

standard for the future of social homes.

Neil adds: “Across both projects, the

REHAU team provided technical insight

throughout the design process that will

be transferable for those working on site

in future Passivhaus projects.”

Samsara McDonald, Commercial Sales

Manager at REHAU, concludes: “It’s

testament to the REHAU team that we

were chosen as the supplier for this

first of its kind project in Midlothian.

Passivhaus requires some of the highest

industry standards to be met and

REHAU products do just that. We know

that our products speak for themselves

with unbeatable U-values and the

capability to address a range of project

needs, but our team’s expertise and

knowledge is what really sets us apart.”

window.rehau.com/uk-en

23


WINDOWS AND DOORS

Blossomfield Park is an exclusive development of one, two,

and three bedroom apartments located on the outskirts of

Solihull in the West Midlands. The development is made

up of contemporary new buildings and the thoughtful

conversion of the Grade II-listed Tudor Grange with

outbuildings, dating back to 1887.

With its imposing Victorian façade, the Grange boasts

an abundance of original features. Developer MACC Living

wished to retain this character, and main contractor DC

Construction was appointed by MACC Living to oversee the

conversion.

ROOFLIGHTS LIGHT UP

GRADE-II DEVELOPMENT

For the replacement roof glazing, DC Construction turned

to local patent glazing specialist, Howells.

Howells was tasked with replacing the old steel lead

clothed glazing bars and single-glazed Georgian wired cast

glass in three areas of the Grange, which would become the

entrance hall and reception with lounge space.

Howells recommended its 40mm HG2 glazing bar with

double glazed sealed units, coupled with internal stalk

glazing bar. The HG2 is a more traditional patent glazing

system with slim lines which helps replicate the aesthetic of

the old, glazed roof.

Externally, Howells worked with DC Construction to finish

the glazed roofs with lead ridge flashing to maintain the

traditional look.

Elsewhere, two areas of ridge roof glazing were needed

for walkways which provide access for pedestrians and

mobility scooters to the assisted living units at the rear.

Howells used its 57mm self-supporting ridge glazing

system to form two strong and durable double pitched ridge

structures measuring 11m and 5.4m. This system uses wider

glazing bar centres for a more modern look and is also more

thermally efficient than traditional patent glazing.

Throughout, the roof glazing allows daylight to pour into

the Grange and other buildings and creates a bright and

positive space to welcome residents and visitors.

www.howellsglazing.co.uk

Tucked away on the outskirts of Brigg, Lincolnshire is

Scawby Brook, a carbon neutral, sustainable house

created to blend into the surrounding woodland setting.

Designed by local architect Kate Kelly, the house was

specified with many windows and doors to let light flood

into the property, reflecting the natural environment and

providing the best possible views of the rural landscape.

Windows and doors from Kestrel Aluminium Systems

were chosen to provide a complete glazing solution for the

modern building. The windows are a mixture of fixed or

opening vents, with multi-point espagnolette locking, and

PAS24-compliant security to keep the occupants safe and

secure. Used in conjunction with low U-value double-glazed

units that achieve a low U-Value of 1.2W/m 2 K, they ensure

the building is safe, secure and energy efficient.

Part of the house is elevated on stilts so that it sits within

the trees, with a bridge separating the living and sleeping

quarters. This has been glazed with 2,200mm high units

inset with top-hung casement windows to maximise light

and give stunning views of the surrounding woodland. The

adjacent rooms have matching tall, fixed corner windows

that let light flood into the building from every direction.

Installed on the first floor are double French doors which

provide access to a private roof terrace. All units use the

same profiles and hardware to ensure a seamless, common

aesthetic throughout the building.

All windows were powder coated in Anthracite Grey (RAL

7016) at Kestrel’s powder coating facility in Birmingham. The

manufacture and installation of the systems was undertaken

by Fabrique Specialist Glazing Systems of Grimsby.

www.kestrelaluminium.co.uk

A GRAND DESIGN FOR

KESTREL ALUMINIUM SYSTEMS

24

Kubu

Kubu Smart Security

Your Front Door is Unlocked

Now

BEST COMPONENT

SUPPLIER ‘23

BEST NEW

PRODUCT ‘23

BEST WINDOW

COMPONENT ‘23

BEST DOOR

COMPONENT ‘23

BEST MARKETING

CAMPAIGN ‘22

Kubu is a multi-award winning range of high-security Smart

sensors that fit seamlessly into your doors and windows, and

integrates with other Smart Home devices to create a next

generation perimeter alarm system that is simple to fit, and

provides added value for the fabricator, installer or property

developer with virtually no additional cost.

To find out more about how working with Kubu can add value

to your business:

Visit: getkubu.com/trade or email: sales@getkubu.com

Be Sure It’s Secure, with Kubu


WINDOWS AND DOORS

SELLING THE SAVINGS

With the latest Ofgem price cap increase coming into force, the importance of

energy efficiency and sustainability has never been greater.

The price of wholesale gas is continuing to rise. The

ongoing conflict in the Middle East, fears over possible

sabotage to the Finnish gas Baltic-connector with

Estonia, and industrial action at gas production facilities in

Australia have all played their part in the 5% increase in the

Ofgem energy cap that came into force on 1 January. This

5% increase equates to almost a £100 annual price rise for

consumers.

“We’re not seeing the improvements in the cost-of-living

crisis that we thought we would be seeing by now,” says

Deceuninck UK Managing Director, Rob McGlennon. “Inflation

was forecast to drop to 3.7% but in fact it has increased to

4%, which is double the Bank of England’s 2% cost of living

target. And, with the cost of our energy increasing too, there

is clearly a consumer demand for increased energy efficiency

which fabricators and installers can meet.”

Calculating the costs

Deceuninck is supporting its customers to take the energy

efficiency message to the homeowner through its Energy

Calculator. Available to Deceuninck customers as a website

plugin, it powerfully demonstrates how replacing old windows

can save homeowners money while reducing their carbon

footprint.

According to the Energy Calculator, owners of a detached

house on mains gas will save over £18,000 in 10 years if they

upgrade from single-glazed wooden windows to triple-glazed

Heritage 2800 from Deceuninck. They will also save almost 28

tons of emitted carbon.

“We are in an industry where the benefits for homeowners

are quantifiable and tangible, if you have the correct tools to

produce the figures,” says Rob. “We’ve provided the Energy

Calculator as a free plugin, to allow our customers to really sell

on these benefits.”

Deceuninck is also channelling its energy saving ethos into

its products, with its Elegant system. The Elegant system

is available in Deceuninck’s extruded insulated thermal

reinforcement, which maximises design potential without the

need for traditional steel reinforcement using embedded steel

wires in a low-density insulating foam core. It delivers a 30%

increase in thermal efficiency with 40% savings on materials

and weight, when compared to windows manufactured using

a traditional steel reinforcement. Elegant is also easy to recycle

at the end of its life, and it feeds into a model of window

manufacture that not only delivers significant carbon saving

during its lifetime, but also lowers carbon in manufacture, for

example by using renewable energy and recycled raw material.

A sustainable approach

This low-carbon manufacture is a subject that is on

consumers’ minds: last year, the number of Google searches

for ‘ways to reduce my carbon footprint’ increased by 101%,

according to ThinkWithGoogle.

“At Deceuninck, we not only provide our customers with the

most energy efficient products, but also ensure that we are

playing our part for the environment in operating efficiently and

sustainably,” Rob says.

Deceuninck has committed to ambitious targets to reduce

greenhouse emissions through the corporate carbon reduction

scheme, Science Based Targets (SBTi). Significant progress

has already been made, with Deceuninck cutting its CO 2

emissions from its operations by 21% in just two years.

Rob says: “If you’re a fabricator or an installer and you did

nothing but continue to buy Deceuninck windows and doors,

your business and products are automatically becoming more

sustainable, simply from the work we are doing upstream.”

Setting the standard

“The Future Homes Standard really was a bombshell, in terms

of its decision to retain notional u-values at 1.2W/m 2 K,” Rob

continues. “However, just because increased energy efficiency

has not been forced upon us, we as an industry cannot rest on

our laurels.

“Energy efficient and sustainability are driving consumer

demand today. Understanding the sustainable benefits and

improved thermal efficiency of products could be winning you

work now.”

www.deceuninck.co.uk

26

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WINDOWS & DOORS

PRODUCTS

ALUFOLDDIRECT DELIVERS THE FUTURE OF ALUMINIUM

Trade and commercial fabricator AluFoldDirect has

launched A-BiFold – the first product in its Solution

series. A-BiFold offers an 0.8W/m²K U-value, coupled

with AluFoldDirect’s guaranteed two-week delivery time –

glazed and direct-to-site.

A-BiFold is part of the company’s new suite of energy

efficient aluminium windows and doors. A-BiFold also

comes in a newbuild Solution at 1.2W/m²K U-value, and a

Building Regulation-compliant Solution at 1.4W/m²K U-value.

The Solution series means AluFoldDirect has a ready-tofit

solution that can be delivered quickly, whatever your

project’s thermal requirement.

AluFoldDirect’s Warm Welcome to 0.8 directive comes

in response to specifier and homeowner needs and brings

low U-value aluminium glazing in reach of those looking

to benefit from the growing market for highly insulated,

sustainable products.

Rhodri John, Commercial Director at AluFoldDirect, said:

“The market for more thermally efficient glazing is already

ahead of Building Regulations. This was highlighted in this

year’s Rated People Home Improvement Trends Report,

where half of homeowners surveyed were looking for ways

to make their homes more energy efficient. As we move

closer to the Future Homes Standard 2025, it’s crucial to

offer installers easy solutions for high thermal performance

glazing from a supplier they can trust.

“A-BiFold and our Solution series does just this, as well

as offering other practical benefits, including super-slim

sightlines and clip-in pre-gasketed beads, to make glazing

aluminium as easy as PVCu.”

A-BiFold comes in multiple configurations with up to 14

sashes, high-security multipoint locking and Secured by

Design as standard.

Rhodri added: “Our automated facility manufactures

products to the tightest tolerances in the industry, so our

customers can be confident A-BiFold is built and delivered

right first time, every time. Welcome to Aluminium 0.8.”

www.alufolddirect.co.uk

GET THE FULL HOUSE WITH QUICKSLIDE

Choosing the right doors and windows for a project is a

huge decision. There’s not just the style, performance and

quality of products to consider, but also which supplier

you can trust to deliver, to make the process as smooth as

possible and to help you achieve the very best results.

Mike and Yvonne needed about 60 units, including

windows, external doors and a bespoke front door, to

complete their home and chose Quickslide.

They said: “We had a good recommendation from a

friend to use Quickslide for the extensive products we

needed. We went to visit the offices and realised everything

was manufactured on site, which gave us even greater

confidence. For us it was important that we could see where

our windows would be produced.”

The Quickslide range was able to cater for all their needs,

offering the styles, options, quality and performance they

wanted in the timeframe they required.

They continued: “The quality of the product you pay for

shows. Yes, we probably could have spent a bit less, but

the quality and finish would be nowhere near what we have

achieved with Quickslide.

“The bespoke front door has totally changed the look

of our front entrance. In fact, the overall package of all the

windows and doors has transformed the whole look of our

house. We’ve already recommended Quickslide to a number

of our friends.”

www.quickslide.co.uk

28

QUANTUM

THE WORLD’S FIRST PUSH BUTTON SYPHON

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Syphonic

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British design, British build, Family business


PRODUCTS

SIX PROJECTS SHORTLISTED FOR WESTWOOD

Cold-applied liquid roofing and waterproofing

manufacturer, WestWood Liquid Technologies, has been

named as a finalist for six project awards for the upcoming

Liquid Roofing and Waterproofing Association (LRWA)

Awards and Gala 2024.

The aim of the awards is to continue to recognise the

quality, professionalism and the finest workmanship and

dedication in one of the fastest growing sectors of the UK

roofing industry. The Award ceremony will take place on

20 March, 2024, at the Titanic Hotel in Liverpool. PMMA

specialist WestWood Liquid Technologies has been named

as a contender in multiple categories, and for a number of

different projects:

Liquid Roofing Project of the Year >1000m 2 ;

• Metquarter Shopping Centre – Makers Construction and

WestWood Liquid Technologies

• Millstream West – WestWood Liquid Technologies and

Premier Property & Construction

Liquid Roofing Project of the Year in a Buried

Application;

• Old Bailey – WestWood Liquid Technologies and Ilfield

and Barrett Roofing

Liquid Waterproofing Project of the Year;

• Shmuseum – WestWood Liquid Technologies and Cure

Group

• The Plaza Shopping Centre – Cemplas and WestWood

Liquid Technologies

• The Wedding Cake – WestWood Liquid Technologies

and EMC Roofing & Cladding

Speaking about the shortlisted projects, Paul Gibson,

regional sales manager at WestWood, said: “We are

absolutely thrilled to have six of our projects shortlisted for

this year’s awards. This demonstrates not only the hard

work, high standards and competency of our team and

contractors, but the versatility of PMMA liquid technology.

“The level of competition increases every year, and to

be nominated in a number of different award categories,

all using the same liquid technology in a different way,

showcases how flexible PMMA can be and adhere to the

highest of standards in liquid waterproofing. Our cuttingedge

products and service are always delivered with

excellence, innovation, and sustainability in mind. We are

honoured to be shortlisted and looking forward to the gala

event as a celebration of industry excellence.”

A total of 20 project finalists have been selected across

four LRWA Award categories, chosen by an panel of

expert independent judges including liquid waterproofing

specialists, specifiers, and contractors. The judging

process was conducted anonymously, with a focus on strict

criteria such as project complexity, workmanship standard,

evidence of problem solving, and aesthetics.

www.westwoodliquid.com

SINIAT ACHIEVES CCPI MARK FOR ITS PARTITION SYSTEMS

Lightweight construction manufacturer Siniat has

announced that four product sets have been verified by the

Code for Construction Product Information (CCPI) mark.

Siniat partition systems with 30, 60, 90 and 120 minutes

of fire resistance have been verified against the CCPI, which

was developed by the Construction Products Association’s

(CPA) Marketing Integrity Group.

The four product sets now verified cover all of the

partition systems published on Siniat’s website and in its

Drywall Manual.

This recognition comes as part of a number of initiatives

that Siniat has recently invested in to drive standards and

increase fire safety competency.

Nigel Morrey, Technical Director at Siniat, said: “The

effective management of product information is essential to

ensuring the performance and safety of our buildings. So,

we warmly welcome the CCPI’s initiatives and it has been

great to see manufacturers, merchants, and distributors

signing up to the scheme.

“At Siniat, driving fire safety is – and always has been – a

central focus for our team. This meant that acquiring CCPI

verification for these sets was a natural step following the

work we have already been doing to ensure the provision of

high-quality performance data.

www.siniat.co.uk

30

Meet

25

YEARS

WE’VE

GOT YOU

COVERED

the

Experts

Call us on:

0808 169 4444

The Creators

& Manufacturers

of Roofshield ®

Whether you are seeking installation guidance or just want to

explore the countless possibilities and cost-effectiveness that

Don & Low’s construction membranes offer, our technical

experts are ready to assist you every step of the way.

Your journey towards construction excellence begins with a

simple call or email at membranes@donlow.co.uk.

Scan & Learn More


COMPANY PROFILE

PIONEERING CONSTRUCTION

MEMBRANE MANUFACTURER SETS

NEW STANDARDS

In the dynamic landscape of

construction, where challenges

intertwine with the pursuit of highquality

materials, Don & Low offers a

comprehensive range of membranes

designed to stand the test of time.

With more than two centuries of

expertise, Don & Low has positioned

itself as the UK’s leading vertically

integrated manufacturer, shaping the

construction industry with its flagship

product, Roofshield ® , and a complete

building envelope solution.

MEMBRANE EXCELLENCE

Don & Low’s journey in technical

textiles dates back to 1792, with

over 35 years of expertise in

nonwovens manufacturing. As the sole

manufacturer of Roofshield ® , Don &

Low’s construction fabrics are made

entirely in the UK, ensuring compliance

with evolving standards, improved

energy efficiency, and environmental

sustainability. The company’s

membranes, including Roofshield ® ,

RoofTX ® , MultiTX ® , Reflectashield ® ,

Frameshield ® and VapourTX ® , constitute

a diverse portfolio tailored to the specific

needs of construction projects.

CUSTOMISATION AND INNOVATION

A notable strength lies in Don & Low’s

capacity to customise membranes

according to specific demands,

offering a broad spectrum of prints and

colours. The company’s commitment

to innovation is evident in its end-toend

product development process,

from concept and design to sourcing

raw materials, sampling, and final

production. With modern on-site test

facilities and rigorous in-process testing,

Don & Low ensures its products meet

the highest global quality standards.

A BUILDING ENVELOPE SOLUTION

Don & Low’s advanced roofing

underlays, breather walling membranes

and vapour control layers play pivotal

roles in enhancing the performance

and longevity of roofs and walls, while

regulating moisture and temperature.

The company also provides flooring

membranes like FloorTX ® and

temporary site protection materials,

contributing to a holistic building

envelope solution.

EXPERT GUIDANCE

Don & Low takes pride in its team of

experts. These experts bring years of

expertise and passion, offering guidance

on membrane selection, installation and

best practices for various conditions.

Customers receive personalised

support, emphasising the importance

of following installation guidelines

for optimal results. To contact them

directly, call 0808 169 4444 or email

membranes@donlow.co.uk

DIRECT DISTRIBUTION

As of 16 November, 2023, Don &

Low has assumed direct distribution

responsibilities for Roofshield ® and its

entire construction membrane portfolio

in the UK and Ireland. This move aims

to streamline the supply chain, providing

flexibility, cost-effectiveness, and overall

customer satisfaction.

LOOKING AHEAD

Will Campbell, Head of Sales at Don &

Low, highlights the company’s enduring

legacy and commitment to quality. He

says: “Don & Low continues to push the

boundaries of construction practices.

As we stride into 2024, we are thrilled

to announce that new, groundbreaking

products are on the horizon. While

specifics remain undisclosed, the

company invites industry professionals

to explore its extensive range, access

technical expertise, and discover how

Don & Low’s solutions can elevate

construction projects.”

Don & Low combines historical

expertise with a forward-looking

approach, setting new standards in

the construction membrane industry.

Through customisation, innovation,

or expert guidance, the company

continues to shape the future of

construction.

www.donlow.co.uk

32


TIMBER

THE GROWING USE OF TIMBER

The amount of timber used in construction is set to grow. Rebecca Goldsmith,

Product Manager from MEDITE SMARTPLY, explores how support from the

government is helping to drive the use of timber in modern methods of construction.

Timber is one of the oldest

building materials was being

used over 10,000 years

ago. Even after all this time,

timber is in demand like never

before. So, what’s driving its popularity?

Timber presents the construction

industry with a range of environmental,

practical, and economic advantages.

Global timber demand is set to

quadruple by 2050, according to The

World Bank, with demand in the UK

also set to increase. This is partly driven

by the government’s commitment to

promote timber use in construction

as part of the UK’s Net Zero Strategy.

Buildings are responsible for 39% of

global energy related carbon emissions,

according to the World Green Building

Council, so it is imperative to use more

sustainable products such as wood.

Wood is a natural, renewable material

and, providing it is sustainably sourced

from responsibly managed forests, is

one of the only sustainable mainstream

construction products.

Sustainable timber

MEDITE SMARTPLY sources timber from

its own forests in Ireland, sustainably

managed by its parent company, Coillte.

The wood used in the manufacture

of our OSB and MDF panels is smalldiameter

wood from fast-growing

species, such as spruce and pine, along

with wood that is selectively removed

for forest thinning. Each range has some

of the most environmentally efficient

building materials on the market, with a

product-specific Type 3 Environmental

Product Declaration to support this.

Timber benefits from having one of the

lowest embodied CO 2

of any building

material. Trees soak up carbon dioxide

and, as they grow, they hold on to the

carbon and release the oxygen back

up into the atmosphere. Therefore,

using timber materials is one of the

best ways to reduce emissions from

buildings. If we look at an individual

building, carbon storage is around 50%

higher in timber-framed homes than

in masonry homes and can be up to

400% higher for larger buildings that

use engineered timber products instead

of concrete. The built environment is

responsible for approximately 25% of

total UK greenhouse gas emissions, and

so reducing these emissions is a priority

for not just the construction industry but

also for the government.

Earlier this year, the government released

a new roadmap to increase the use of

timber in the construction of homes

and buildings, with a focus on reducing

emissions and reaching net zero. The

Timber in Construction Roadmap not

only aims to increase the amount of

timber used in construction, but also

highlights the valuable opportunities

this can generate in terms of economic

growth, rural jobs and levelling up.

Interestingly, only 9% of English newbuild

homes were timber framed in 2019,

compared to Scotland where the figure

is 92%, according to a report by the

Structural Timber Association. So,

there’s a real opportunity in England to

encourage the use of timber at scale

and at speed. One way to do this is

by embracing Modern Methods of

Construction (MMC).

Exploring MMC

The government has been pushing

to drive more MMC projects. The

Construction Playbook, which was

published in September 2022, sets out

a direction for the widespread adoption

of MMC and ‘applies to all public works

projects and programmes’.

This push for MMC relies on the basis

that not only will we be able to build

faster and more efficiently, but that it also

has a lower-carbon impact compared to

traditional construction. This is thanks

to a reduction in the transportation of

materials to and from site, a reduction in

waste, and the use of more sustainable

materials such as environmentally

conscious engineered wood panels

manufactured by MEDITE SMARTPLY.

In addition, the Offsite Construction

Solutions (RM6184) agreement reflects

continuous MMC innovations and has

been designed to assist all public sector

customers. This agreement will continue

to align with the policies outlined in

the Construction Playbook on offsite

construction adoption and replaces the

Modular Buildings Agreement, which

closed on 1 April 2023. It will also have

an increased scope to include more

MMC categories, such as 2D panelised

structural systems and panelised

external building retrofits, which is

specified within the new MMC Definition

Framework.

As the construction industry embraces

these initiatives, there is a notable

opportunity to accelerate the use of

timber, particularly through MMC. The

government’s commitment to supporting

these advancements addresses the

pressing need for sustainable building

materials across various sectors. What’s

clear is that timber’s prominence in

construction is set to continue, helping

to shape a more sustainable and resilient

built environment.

mdfosb.com

34


TIMBER

NEW POLICY REPORT SHOWS PATH

TO NET ZERO WITH TIMBER

Timber Development UK has released a study on global policies that encourage the

use of timber as a main construction material, in collaboration with Waugh

Thistleton Architects.

Timber Policy is a comparative

study of policies that can

act as a powerful tool to

support policy makers on

their journey to decarbonise

construction in the UK, and beyond.

The report outlines how six different

countries around the world are helping

to support the transition to low-carbon

construction, including Germany, The

Netherlands, Denmark, France, Finland

and the USA.

Commissioned by TDUK – the UK’s

trade association for the timber

supply chain – and written by Waugh

Thistleton Architects, this new report

follows the UK Government’s Timber in

Construction (TiC) Roadmap, which aims

to safely increase the use of timber in

construction.

Timber is a low-carbon, natural,

renewable material, that has a major role

to play in decarbonising construction.

This is because timber can sequester

carbon in forests; store carbon in

harvested wood products; replace

carbon-intensive materials such as steel,

concrete and plastic; drive sustainable

forest management; and contribute to

a circular economy, as wood products

can be reused, recycled and recovered

for low-carbon energy at the end of a

building’s life.

Key to unlocking the potential of timber

will be a supporting policy framework

from Government that places value

on low carbon construction. More

specifically, there must be a focus on

reducing the carbon emitted during

construction – known as embodied

carbon – and on increasing the carbon

stored in our buildings.

Image: BSW Timber

Over the past five to 10 years, concepts

such as embodied carbon have

managed to escape from the realm of

academic papers and become widely

recognised by major policy influencers

such as the United Nations, Royal

Society and World Green Building

Council, and in the UK by the likes of

the Climate Change Committee and

Environmental Audit Committee.

Despite a wide array of evidence and

calls from these bodies to implement

key policies, such as the regulation of

Image: BSW Timber

36


embodied carbon, there has been a

highly variable policy approach across

the world. And the UK, once a leader

in sustainable timber construction, now

lags behind many other nations in its

adoption of timber.

However, this is set to change with the

publication of the Government’s TiC

Policy Roadmap, which was published

in December 2023. For the first time,

there is clear acknowledgement from

Westminster of timber’s crucial role

in decarbonising construction. The

Roadmap sets out an ambition for timber

in the UK, but does not show exactly

how this will be achieved.

David Hopkins, Chief Executive of

Timber Development UK, says: “What

we need to see this year is ambition

turned to action. This means forwardlooking

policy – and politicians brave

enough to create a framework which

places value on low-carbon construction.

“Timber is the ultimate low-carbon

material, and countries across the

developed world have rightly recognised

this – working to create comprehensive

policy frameworks that support the

growth of the timber industry.

“The UK Government’s TiC roadmap

is a fantastic starting point, but without

more action, there is a risk the UK will

fall behind. We need a clear timeline of

action, starting with limits on embodied

carbon in buildings, which is currently

unregulated.

“Embodied carbon can account for up

to half of the emissions of a building over

its lifetime – hundreds of thousands of

tonnes of carbon per year – but this is

currently ignored by UK politicians and

policy makers. Our new book highlights

the policies being put in place in a variety

of countries around the world.

“The UK Government, if they are

serious about achieving the goals of

their roadmap, now need to look at

what policies would work in the UK. We

hope that these examples give food for

thought and we can start to engage

policy makers on making this happen,

rather than simply relying on the market

to change.

“This year we must turn pockets of

excellence, like Stirling Prize-winning

Goldsmith Street, the Phoenix

Development in Lewes, or the pioneering

Black & White Building from exceptions

to the norm. The opportunity has never

been greater.”

The Timber Policy report explores

the seven priority themes in the

Government’s TiC Roadmap, and

identifies case studies from other nations

that offer guidance as to how the UK

could meet these objectives, which are:

• Improving data on timber and wholelife

carbon

• Promoting the safe, sustainable use of

timber as a construction material

• Increasing skills, capacity and

competency across the supply chain

• Increasing the sustainable supply of

timber

• Addressing fire safety and durability

The urgency of climate action cannot be

overstated. With projections indicating a 1.5

degree increase in global temperatures by 2050,

decisive steps must be taken.

concerns for mass timber

• Increasing collaboration with insurers,

lenders and warranty providers

• Promoting innovation and highperforming

timber construction

systems.

Andrew Waugh, director and cofounder

of Waugh Thistleton Architects,

adds: “We are proud to collaborate

with TDUK to author the Timber Policy

Book. Working at the forefront of global

timber construction and participating

in extensive research with European

partners, we understand first-hand

the impact of government policies on

sustainable, low-carbon construction.

“While the UK once led the world in

mass timber construction, recent years

have seen a shift in global leadership.

Recent assessments, such as the

Climate Change Committee’s critique of

the UK Government’s Carbon Budget

Delivery Plan, highlight the urgent need

for accelerated policy development in

the UK.

“While we commend initiatives like

the Timber in Construction Roadmap,

our research for Timber Policy reveals

that current UK efforts fall short of

addressing the urgency of the climate

crisis. Bold leadership, as demonstrated

by progressive nations such as France,

Germany, The Netherlands and

Denmark, mandating limits on embodied

carbon and investing in sustainable

timber projects, is essential for a

meaningful transition to a low-carbon

future. The Roadmap sets out timelines

to consider options, encourage voluntary

reporting, and seek advice, after which

revisions to policy will be put in place.

The Timber Policy Guide shows how this

process has already happened in the six

example countries and policies which

have already been implemented.

“Despite challenges, some progress in

the UK is evident; for example, the DfE’s

flagship project to standardise mass

timber school fabrication underscores its

commitment to innovation. Additionally,

the Mass Timber Insurance Playbook

and New Model Building Guides, funded

by Built by Nature, a philanthropic

organisation, provide invaluable

resources for navigating the complexities

of timber construction.

“The urgency of climate action cannot

be overstated. With projections

indicating a 1.5 degree increase in

global temperatures by 2050 and up

to 3 degrees by the end of the century,

decisive steps must be taken. The

Timber Policy book serves as a beacon

of hope, illustrating how public-private

partnerships can drive systemic change

towards a sustainable future.”

Timber Policy can be downloaded from

timberdevelopment.uk/resources/

timber-policy

TIMBER

37


TIMBER

UNDERSTANDING EMBODIED

CARBON

Do you understand Whole Life Carbon Assessments? Just how does timber sequester

carbon? And do you know what an EPD is? Here, we use one of Timber Development

UK’s new Timber Knowledge Sheets to introduce the basics of embodied carbon.

Greenhouse gases, primarily CO 2

,

are a significant contributor to

global warming and its impacts

such as climate change, flooding,

drought, and changing weather patterns.

The term ‘carbon dioxide equivalent’,

or CO 2e

, is used to account for the

impact of other greenhouse gases that

contribute to global warming in addition

to carbon dioxide.

The term ‘embodied carbon’ refers to

the CO 2e

emitted during the entire life

cycle of a product, from extraction and

transportation of raw materials, through

manufacturing, use, and eventual

disposal or recycling.

Environmental product declarations

For construction products, embodied

carbon information is normally captured

in an Environmental Product Declaration

(EPD), which should be produced in

accordance with the approved European

standard BS EN 15804. Newer EPDs

state this ‘Global Warming Potential’,

split into fossil, biogenic and land use

and land use change emissions.

The embodied carbon of a building is

determined through a Whole Life Carbon

Assessment, ideally using the data from

the various product EPDs.

Whole life carbon assessments

Incorporating low embodied carbon

materials, such as timber, into

a building’s design can make a

significant contribution to the reduction

of embodied carbon in the built

environment.

The storage of biogenic carbon within

sustainable timber used in buildings

is also beneficial, as it keeps carbon

out of the atmosphere. There are four

key stages to a Whole Life Carbon

Assessment:

• Product Stage (A1-A3)

• Construction Stage (A4-A5)

• Use Stage (B1-B7, which includes

operational carbon)

• End-of-life Stage (C1-C4).

There is also a Stage D, which looks at

the impacts beyond the assessment

cycle, but this data is not included in the

overall whole life carbon calculation.

Product stage (A1-A3)

The product stage covers the carbon

emissions associated with all the

processes required to produce the

timber product, including planting

the tree and managing it to maturity,

harvesting, transportation to the

manufacturing facilities, and all

manufacturing facility operations such as

sawing, kiln drying, and fabrication.

If responsibly sourced timber is used

then the sequestered biogenic carbon

in the product can also be considered

as part of the Whole Life Carbon

Assessment, where it is included in A1

as a minus figure (carbon removal). This

biogenic carbon figure must also be

highlighted in the report as a ‘Stored

Carbon’ figure. However, if the timber is

not sustainably sourced, the sequestered

biogenic carbon benefit cannot be taken

into account.

Construction stage (A1-A5)

The construction stage covers the

carbon emissions associated with

transporting the product to site, and

placing this within the final structure,

such as the emissions from plant and

machinery, and any waste which arises

on site.

Use stage

The use stage covers the carbon

emissions associated with the product

once installed. If the product needs

maintaining or needs to be replaced

at some point over the life of the

building (eg, if timber cladding needs

to be replaced after 30 years) then the

embodied emissions from the new

products, and any plant and machinery

used to apply these new materials,

needs to be included.

End-of-life stage

The end-of-life stage covers the carbon

emissions associated with the removal of

the product from the structure, transport

to a processing site, any processing

required for it to reach an end-of-waste

state, and end disposal (if applicable).

Where the product contains biogenic

carbon (all timber) this is transferred out

of the system at this point, either as a

transfer to another system (eg, reused

or recycled timber in C3) or an emission

(eg, timber going to landfill in C4).

If the timber has not been sustainably

sourced, this will result in a significant

biogenic carbon figure, as no

sequestration would have been allowed

in A1.

www.timberdevelopment.uk

38

Be part of the show that

revolves around you.

The UK’s trade show for the furniture manufacturing & joinery industries

Materials & Finished Show is the primary platform for carpenters, joiners,

machinists and installers to see running machinery, the latest materials,

components, software, tools and innovations from the

biggest brands in the woodworking sector.

Crafted for

your business,

to do business.

REGISTER FOR YOUR FREE TICKET AT

materialsandfinishesshow.com/visit

Materials & Finishes Show was formerly known as W Exhibition.


TIMBER

TIMBER FRAME SELECTED FOR

EXEMPLAR EDUCATION SITE

Timber frame insulated wall panels from Taylor Lane have been used in the

construction of a purpose-built 2,500m 2 ‘living lab’ for the New Model Institute for

Technology and Engineering (NMITE), designed to educate Centre of Advanced

Timber Technology students.

Taylor Lane was selected by NMITE to work on the site on

Skylon Park in Hereford. The building itself demonstrates

advanced timber technologies and is acting as an

exemplar in a region aspiring to meet net-zero carbon targets.

As the appointed timber frame supplier, Taylor Lane was

tasked with demonstrating this modern method of construction

in the hybrid structure.

Taylor Lane used a selection of non-standard materials

specified by NMITE to construct 20 panels, ranging from

250mm to 2,400mm wide, and 4100mm high. The insulated

panels were installed over two phases; a 53Lm run and

another spanning 33Lm. This was particularly challenging as

Paul Harris, Contracts Director for Taylor Lane Timber Frame

explains: “The glulam structure including the roof element, and

cross-laminated timber (CLT) frame were already in position,

which meant that we had to crane the panels in and around an

already constructed structural frame. This was tricky and took

careful consideration in devising a suitable method of work and

appropriate access equipment.”

The panels sit on a glulam soleplate. Taylor Lane used 240mm

I-joists rather than solid timber floor joists to avoid cold

bridging and maximise thermal performance. Each panel is

fully filled with 240mm Knauf Insulation OmniFit 35 slab, a

glass mineral wool slab that provides excellent fire, thermal and

acoustic performance. The 9mm OSB is fixed to the front face

of all 20 panels.

For educational purposes, 11mm OSB is used on the inside

face of the panels fitted in phase one, and 11mm flame

retardant (FR) OSB for the remaining panels installed in phase

two. Some panels are attached to the CLT frame and others to

steel, which enables Taylor Lane to showcase a variety of fixing

methods.

Paul continues: “We were mindful of the fixing positions as

some of the construction components are left visible for the

CATT students to observe. We also concentrated on the

panel’s aesthetics, such as ensuring the breather membrane

(A. Proctor Facadeshield UV) wasn’t damaged during

construction, for example. To ensure the right components

were visible in the right locations, Taylor Lane had to work

within very tight tolerances.

Paul concludes: “The panels sit in front of the glulam, clipped

to brackets. Obviously, this required precision spacing,

slightly out and it would impact the whole run, hindering the

observation panels and exterior cedar wood cladding.”

Main contractor Speller Metcalfe has worked with Taylor

Lane on many new build projects across the region and was

pleased to do so once again. A spokesperson for the company

says: “Although Taylor Lane were only on site with us for a

short period of time, they were a good company to work

with through the design process with their specialist timber

knowledge. It was also great for us to work with such a local

company on the Skylon Campus scheme in Hereford.”

Taylor Lane’s panels were used for one L-shaped section of

the building. Working to the client’s tight timescale, Taylor Lane

completed a phased installation, erecting the panels in around

six days in total.

NMITE is home to the Centre for Advanced Timber Technology

(CATT), with a strategic mission set by industry to “stimulate

collaboration across the industry together with showing a wider

audience how rewarding a career in timber can be”.

The first intake of CATT students was in September 2022 on

the Timber Technology Engineering and Design short CPD

courses. These courses are blended courses composed of

online distance learning and on-campus challenge sprints.

While the learners are at NMITE they are hosted in the purpose

built 2,500m 2 ‘Living Lab’ building, which consists of studio

and breakout spaces, as well as two 700m 2 workshop areas.

www.taylor-lane.co.uk

40

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SPECIAL FEATURE

A PERFECT FINISH WITH METSKIN

Vivalda has launched MetSkin, a new aluminium cladding system for residential high

rise or municipal projects. Specify & Build visited the company’s manufacturing

facility in Glasgow to find out more.

Vivalda Group, the UK’s

largest distributor of

rainscreen façades, has

expanded its product

range to include MetSkin,

a new solid aluminium cladding

system. Supplied as a whole-tested

system, MetSkin is UK designed and

manufactured within the group by

Glasgow-based MSP Façade Solutions,

which has more than 30 years’

experience in high-performance cladding

production.

The new range will be distributed

exclusively though the Vivalda Group’s

UK brand network. The system is

fabricated using premium grade,

non-flammable, solid aluminium sheet.

Options available include an interlocking

plank system (2mm thickness), hookon

cassette (3mm thickness) or tray

panel (3mm thickness) systems. The

interlocking plank system offers a

versatile solution with an interlocking

design, providing both structural

stability and design flexibility. The

planks are designed to fit seamlessly

together, creating a continuous and

visually engaging façade. This system is

particularly well-suited for projects where

a dynamic appearance is desired and

provides a cost-effective solution for a

sleek, linear finish.

The hook-on cassette system presents

a contemporary approach to façade

design. Featuring a sleek appearance,

this system employs fully concealed

fixings to maintain clean lines and a

modern aesthetic. Cassettes are easily

attached to a supporting substructure

through a hook-on mechanism,

ensuring efficient installation and future

adaptability. The panels have been

designed to ensure each isolated panel

can be removed individually for cleaning

and maintenance if required.

The tray panel system showcases a

combination of functionality and visual

appeal. Each panel is individually

secured to the substructure using

discreet fixings, allowing for efficient

installation while maintaining an

uninterrupted appearance. The discreet

fix systems maintain the façade’s clean

lines and visual harmony and are often

used for tighter budgets as they do not

compromise on quality or aesthetics.

The colour-coded fixings are strategically

placed within the recessed panel joints

to create a seamless finish. The panels

can be customised in various dimensions

and finishes to suit project-specific

requirements, providing architects and

specifiers with creative freedom.

High-quality powder coating

Once formed, the product is then

powder coated on-site to the globally

recognised Qualicoat standard. This

chrome-free, environmentally friendly

42


process is undertaken by sister company

Prism Powder Coating, which has also

gained Akzo Nobel-approved applicator

status.

As well as being available in more than

740 RAL colours, MetSkin can be

supplied in an A1 anodised finish or A1

PVDF pre-coated aluminium, providing

architects and specifiers with limitless

creative possibilities.

SPECIAL FEATURE

Andy Thomas, Trading Director

at Vivalda Group, says: “MetSkin

represents an important step for us,

adding the manufacture of a fully tested

system to our established business as

the UK’s biggest cladding distributor.

While we are already well-known by

contractors for the supply of nonflammable

cladding materials including

fibre cement, GRC, terracotta and solid

aluminium, it’s exciting to be able to

provide customers with our own fully

approved and tested envelope system.

“We see a significant market for this

product in the UK, on both newbuild and

retrofit developments. We have worked

hard during the two-year development

phase to create a complete solution for

architects and specifiers – matching

existing colours or helping them bring

to life their latest vision. For contractors,

this means that we supply a total

A-rated, tested system, including fixings,

rails and ancillary products such as

membranes and insulation as required.

“We’ve designed MetSkin with creativity

in mind, which allows the use of various

substructure configurations, without

compromising on the safety or aesthetics

of the façade. We’ve also not forgotten

about contractors and made our system

easy to order and easy to install.”

Safety, performance and testing

MetSkin has been fully tested to CWCT

standards at an accredited testing

centre. This includes a range of tests

including hard body impact, soft body

impact, wind resistance and water

tightness. For the wind resistance test,

the panels were subjected to increasing

pressure using a vacuum to push them

against and away from the substructure

they are fixed to, before being tested for

safety and security.

To assess watertightness, a mock-up

system was continuously sprayed with

water in several directions, simulating

wind force and driven by a powerful

jet engine. Sealed and open-jointed

systems were then inspected and tested

for their water resistance.

We’ve designed MetSkin with creativity in mind,

which allows the use of various substructure

configurations, without compromising on the

safety or aesthetics of the façade.

The structural performance of the wall

was then put through its paces with

a series of tests including both a hard

(solid steel ball) and soft (50kg leather

bag of glass beads) body being swung

at the wall.

Many years of experience

The Vivalda Group team collectively

have many years’ experience supplying

cladding panels, building boards and

fabrication services to the façades

market across the UK and Ireland.

Vivalda itself was founded in 1999 and

acquired MSP Façade Solutions in 2019,

though that company itself has been

operating for more than 30 years.

Gillian Thomson, General Manager of

MSP and Prism, explains: “We have

a highly skilled workforce, with some

people having worked here for 42 and

36 years, and most at least 20 years.

Some of our team are second and even

third-generation team members, and

we take pride in the fabrication skills we

have on site.”

Vivalda is continuing to invest heavily

in growing its skilled workforce and

has created a three-year structured

apprenticeship programme to train the

next generation.

Gillian continues: “At the start of last

year we outgrew our capacity and so we

split the team into two shifts and began

searching for skilled staff who could weld

and work with thin-gauge aluminium

with finesse. We ultimately chose an

apprenticeship model so we can help

people develop their skills until they

are fully trained, with our existing team

acting as mentors.”

The current crop of apprentices are all

rapidly gaining new skills, with a future

plan to bring in new apprentices as a

continuous cycle of trainees.

Vivalda Group CEO Andy McEwan adds:

“Our goal is to be the market-leading

distributor in the UK and Ireland façades

market: the first choice for customers,

colleagues and suppliers. We believe

we have a key role to play in leading

the market as a whole, and we want

contractors to be able to get everything

they need from us – a true one-stopshop.”

MetSkin is now available and is being

distributed exclusively though the Vivalda

Group, which includes BBS Facades

and Pura Facades Vivalda.

www.vivalda.co.uk

43


COMMERCIAL & RETAIL

DON’T OVERLOOK CAR PARK

MAINTENANCE

High streets have been badly hit by the decline in town and city centre footfall, but

out-of-town retail parks continue to buck this trend. Wayne Johnston, CEO at WJ

Group, explores the role of a well-maintained, high-quality car park in improving

retail performance.

Car parks are often taken for

granted by both shoppers

and businesses. This is

understandable – they are built to serve

a function and are simply a means to an

end. Yet, as shopper footfall patterns

have changed, it might be time to also

adjust our view of parking’s role in

business performance.

While few would be surprised to hear

that fewer people are visiting our high

streets and shopping centres, this

pattern has not extended to retail

parks. In fact, according to property

agent Savills, average footfall has

actually increased at retail parks, and

parking is a key reason behind this. The

contrast may suggest a way for city and

town centre businesses to get more

customers through the door.

Proving the theory

To prove that good car park design

has a significant impact on people’s

perceptions, more research is likely

needed. It is for this reason that line

marking expert WJ Group surveyed

more than 500 UK drivers on the

influence of parking infrastructure on

their shopping habits.

More than two-thirds

of those surveyed said

they would consider

parking elsewhere if

they knew a building

had poor parking

facilities

After questioning owners of varying

vehicle types, including SUVs, saloons

and hatchbacks, the organisation has

published its conclusions in its new

report, titled ‘You Can’t Park There: Why

It’s Time to Take Parking Maintenance

Seriously’.

The findings from the survey have

been eye-opening and establish a

definite connection between a good

car park and retail business success.

For example, more than two-thirds of

those surveyed said they would consider

parking elsewhere if they knew a building

had poor parking facilities, and nearly

three-quarters agreed that car parks are

becoming increasingly neglected in the

UK.

Though statistics like these clearly

demonstrate an engrained level of

neglect in the UK’s current parking

infrastructure, they also highlight

opportunities for those willing to invest in

better design, facilities and maintenance.

This conclusion is mirrored in the survey

data, with 70% of respondents saying

they were happier to spend more time

at retail parks if the car park felt safe and

secure.

Improving customer journeys

These findings point to a larger

conclusion that, while car parks are

constructed with vehicles in mind, they

are still used by people. However, this

can often be forgotten when it comes

to infrastructure design and upkeep,

especially at a time when budgets

are increasingly being stretched.

While it may be understandable that

other concerns are prioritised over

car park maintenance, the report’s

conclusions make clear the costs of

doing so. With the customer journey and

experience now at the forefront of retail

stakeholders’ minds, the impact of poor

facilities is plain to see.

Put simply, there isn’t a second chance

at a first impression, so ensuring the first

thing customers see is in good condition

is crucial. Providing clearly delineated

and well-maintained line markings not

only offer a visual aid to make parking

simpler and more straightforward for

drivers and pedestrians – it also gives

peace-of-mind and helps to facilitate

a welcoming atmosphere. This applies

even more for drivers of larger vehicles,

as ensuring these markings are in good

condition and well-spaced can ease

worries over car doors being dented.

Exploring options

Organisations should also explore

options around lining, coloured surfacing

and surface repairs. The cost of these

activities can often be overestimated,

which is why it is important that the

relevant stakeholders reach out to sector

experts to ensure the use of repair

systems that can complete the task

quickly and cost-effectively. Not doing so

can result in greater costs later down the

line, exacerbated by potential customers

being deterred from visiting.

www.wj.uk/whitepapers/you-cantpark-there

44

WE PROVIDE ANSWERS AND

SOLUTIONS FROM

INNOVATION AND

“KNOWLEDGE

PROUD SPECIFIERS

OF FLAT ROOF SYSTEMS

TECHNOLOGY CENTRE LEITAT,

BARCELONA PICHARCHITECTS

There are a number of specifiers in the UK market.

Choosing to build together in partnership with DANOSA,

you are assured of market-leading support as well as

high-quality systems, specifically engineered to suit the

requirements of your project.

www.danosa.co.uk | +44 (0) 845 074 0553

DANOSA UK, Eagle House, 167 City Road, Old Street, EC1V 1AW


COMMERCIAL & RETAIL

ONDULINE PROVIDES ROOFING

SOLUTION FOR SUPERMARKET

Onduline’s ISOLINE LOW LINE sub-roof system was specified for use as part of

the refurbishment of a supermarket chain in West Yorkshire. Specify & Build

found out more.

When a prominent supermarket

chain embarks on a

comprehensive roof

refurbishment of one of its busiest

stores, ensuring minimal disruption to

daily business operations is imperative.

This was the task given to Jupiter

Construction, who not only had to

complete the roofing project quickly and

efficiently, but also had to use a roofing

system that imposed no adverse effects

on the store’s functionality.

Jupiter Construction is one of the

leading principal contractors in the North

of England and works closely with the

popular supermarket chain, overseeing

a strict maintenance programme across

multiple stores. After the Batley store in

West Yorkshire suffered persistent roof

leaks caused by aging bituminous felt

and broken tiles, the decision was made

to fully refurbish the 15,000m 2 roof to

mitigate any further issues.

Nigel Stocks, Contracts Manager at

Jupiter Construction says: “One of the

key criteria of the project was ensuring

the supermarket could operate as

normal, so it was vitally important that

we minimised noise, dust, and other

disturbances that could potentially

impact customer experience and

employee productivity.

“It was this requirement that led us to

Onduline and its ISOLINE LOW LINE

sub-roof system. Unlike traditional

systems, ISOLINE allows you to retain

the existing felt and baton underneath,

as opposed to a full strip and re-roof,

eliminating the need to close the store

during the construction work.

“The retention of the felt and baton

provided our team with a surface to work

from when installing the ISOLINE LOW

LINE bituminous sheets, which not only

minimised the risk of anything falling

through the roof during construction,

but also offered an increased degree

of weather protection. We adopted

a phased approach to the project to

ensure we could fully install the ISOLINE

system on the section we were working

on that particular day, meaning the

system protected the roof from any

adverse weather overnight and possible

water ingress.”

ISOLINE LOW LINE is the only sub-roof

system in the UK to be BRE tested

and BBA Accredited to as low as 10 o

with a 30-year guarantee. Specifically

designed for use on low-pitch roofs,

this lightweight bituminous underlay

sheeting is fixed below the primary tile

or slate roof covering, acting as the

primary waterproofing layer of a roof.

Thus, making roof tiles a secondary

line of defence and enabling the pitch

of the roof to be much lower than the

minimum as recommended by the tile

manufacturer.

Due to the corrugations, ISOLINE LOW

LINE allows increased ventilation and

airflow both above and below the sheet,

and tile battens positioned above the

corrugations allow moisture to drain to

the eaves which, with the enhanced

ventilation, maintains excellent moisture

control within the cavity.

Easy to carry, handle and fix, the nonslippery

sheets are simple to cut with

vertical overlaps embossed into the

sheet. This makes installation even

quicker and easier as it takes away the

need to measure and it also removes

confusion when it comes to knowing

how much to overlap.

Nigel concludes: “The ISOLINE LOW

LINE system from Onduline proved

instrumental in overcoming the

unique challenges of refurbishing a

fully operational supermarket roof.

The innovative design and support

of Onduline’s technical team not only

ensured the project’s success, but also

contributed to the overall efficiency and

functionality of the store.

The success of the refurbishment and

the use of Onduline’s ISOLINE LOW

LINE system has given us a blueprint of

how we will approach similar projects in

the future.”

www.onduline.co.uk

46

CCURATE

GNOSTIC

DVICE

AccuRoof, the new name for

SIG Design & Technology.

Coming soon.

accuroof.co.uk


COMMERCIAL & RETAIL

ZEUS BARRIERS PROTECT EAST

MIDLANDS OFFICE

High performance but lightweight fire barriers from FIREFLY have been specified

by KRASI Fire Protection, one of FIREFLY’s preferred installers, to upgrade the fire

protection within the stair cores of a large office property in the East Midlands.

The work on the two-storey commercial property, which

dates from the 1990s, has been carried out by Coventry

based KRASI Fire Protection using the FIREFLY Zeus

Horizontal 60:30 barrier.

The project continues a burgeoning business relationship

between the two specialists, with FIREFLY’s Technical Manager

for the region attending the site to offer design guidance, as

well as during the contract period. The improvements were

confined to the first-floor ceiling voids above each of the

building’s four staircases, but will help to ensure escape routes

are maintained in the event of any future emergency.

Daniel Oldacre, Contract Manager for KRASI Fire Protection,

says: “We have come to rely on the performance and technical

expertise of FIREFLY over the past couple of years since we

switched away from using rigid mineral wool systems. We get

very good on-site support and, in this instance, FIREFLY’s

Technical Manager, Dave Allen, carried out a survey of the area

involved prior to producing a report for the client; assisting us

in being awarded the contract. He also attended the site during

the installation to confirm everything was in accordance with

the requirements, and inspected it on completion for sign off.

“The installation was carried out by securing the standard

Unistrut channels to the face of the blockwork walls at ceiling

level – and also installing hangers into the joists at intervals –

so supporting the Zeus Horizontal, while the manufacturer’s

high-temperature adhesive and fixings were also used to

secure all of the overlaps.

“FIREFLY is easy to cut and fix in place and saves us a lot of

time compared to traditional systems. Recently, all 10 of our

operatives have been trained on FIREFLY’s Horizontal systems

as part of the annual update on installation of the systems.”

FIREFLY Zeus Horizontal is a lightweight flexible fire barrier

designed to provide fire compartmentation of larger concealed

spaces and voids within buildings, offering 60 minutes integrity

and 30 minutes insulation. It has been specifically developed

and tested for horizontal installation, including fitting around

service penetrations.

The barriers are commonly installed to provide fire protection

below mezzanine floors and balcony structures, and can

also be used in conjunction with the relevant Vertical barrier

to create the Horizontal element of protected zones. They

are used within roof voids and lofts to achieve fire-rated

compartmentation lines throughout a building, in applications

including social housing, care homes, healthcare and industrial/

commercial buildings.

FIREFLY Zeus Horizontal 60:30 is manufactured using layers of

aluminium, woven and nonwoven glass fibre, specially treated

with a proprietary coated to greatly increase fire resistance. It

is also supported by a full range of ancillary products (stainless

steel staples, sealants, fixings and supports) to provide the

ability to install a fully tested system.

The FIREFLY range is designed to optimise resistance to flame

and smoke as well as offer heat protection in a wide range

of scenarios. The barriers are easy to install horizontally or

vertically using a full selection of FIREFLY ancillary products to

ensure a fully tested and certified installed system.

www.tbafirefly.com

48

There’s a siltload of difference

between StormTech and other

stormwater management systems

The difference is our unique Isolator Row. It’s

a water quality treatment device that’s been

independently NJCAT tested to eliminate >80%

of Total Suspended Solids (TSS). Isolator Row is

built-in to ADS StormTech systems, helping to

remove silt, metals, hydrocarbons, phosphorus,

nitrogen and other surface water pollutants.

And it’s free. So, unlike traditional stormwater

systems, we’re not just giving you a load of silt.

Visit adspipe.co.uk for details


OFFSITE

BAXI’S PACKAGED PLANT ROOM

SUPPORTS HOSPITAL’S DRIVE FOR

IMPROVED ENERGY EFFICIENCY

Baxi Packaged Solutions has designed and built a unique containerised plant room

that includes three Remeha condensing boilers to meet the requirements for Queen

Elizabeth University Hospital’s Maternity Unit.

The Queen Elizabeth University

Hospital (QEUH), which is

operated by NHS Greater

Glasgow and Clyde (NHS

GGC), is built on the site of

the former Southern General Hospital

in Glasgow’s Govan district. While most

of its facilities date back to its opening

in 2015, some buildings, including the

Maternity Unit, were retained from the

previous hospital.

When the time came to replace the

ageing boiler plant serving the 1970s

facility, a series of factors increased

the complexity of the refurbishment

challenge.

Improving the efficiency of the existing

heating system was the urgent

requirement and one that could be

achieved through the installation of more

energy-efficient modern condensing

boilers.

However, while this was an immediate

concern, a master plan for the overall

site, potentially including future

connection to a district heating system,

was already in development. Asbestos

issues that could present a safety risk

to the boiler replacement project and

future maintenance work also needed

consideration. Continuity of the heating

service was a critical requirement for

patient care, so disruption had to be

kept to an absolute minimum. Installing

temporary plant to avoid shutdown of

plant was not an option due to the size

of the building.

To futureproof the boiler replacement

50


OFFSITE

solution and overcome these challenges,

the NHS estates team decided to install

the new boilers in a containerised plant

room. Baxi Packaged Solutions (BPS)

was selected to design and build the

externally sited packaged plant room.

It contains three Remeha Gas 620 Ace

boilers, with a total output of 3,600kW to

provide the required high output space

heating, complete with all pipework,

an air/dirt separator and a dosing pot,

along with power and lighting via a small

distribution board. The plant room is

designed to connect to a new low loss

header and plate heat exchangers in

the main building and provides sufficient

space to accommodate this equipment if

required at a future date.

Project consultant Craig Gallacher

at WGM Consulting Engineers says:

“We approved the appointment of

Baxi Packaged Solutions due to their

experience and expertise as specialist

providers of packaged plant solutions.

“In terms of the boilers, we specified the

Remeha Gas 620 Ace boilers because

of their reputation for quality, our own

experience of using Remeha boilers over

the years and the excellent support we

receive from our Baxi technical sales

manager. The positive feedback we

received from the NHS GGC estates

team on the higher output Remeha

models and the ease of maintenance

was a further determining factor. The

boilers are also quiet in operation which

is an important consideration when

installing boilers in a containerised

packaged plant solution.”

NHS GGC is a pioneer in its use of

containerised plant rooms to provide

flexible solutions for improved energy

efficiency and reduced carbon

emissions across its estates. The team

understands that refurbishing older

buildings and their heating systems

may need to happen in stages. This is

reflected by the plans put into place for

this particular project, which has been

designed to deliver multiple benefits.

First, the container will last for 20 to

25 years, so there is the opportunity to

use it for other sites, meaning that the

intermediate solution for the Maternity

Unit is not wasted. BPS has designed

the container specifically to ensure

flexibility for future use.

Second, the containerised plant room is

a safe space for operatives, helping the

NHS estates team ensure best practice

compliance with all health and safety

regulations.

Third, BPS’s offsite fabricated solution

is factory-made, fully tested and quality

assured. Thanks to the use of specialist

machinery, improved control procedures

and comprehensive end-of-line testing,

the highest build quality has been

achieved with greater efficiency and with

a lower carbon footprint.

Importantly, using this prefabricated

solution has considerably reduced

installation time at the Maternity Unit

compared with traditional onsite

methods, minimising onsite labour.

By freeing up Soron, the project

contractors, to move ahead with other

work, it has effectively made it easier to

meet the tight schedule.

Craig Gallacher adds: “We’re delighted

with how the project has gone at the

Maternity Unit as well as with our

experience working with the Baxi team.

The containerised plant room not only

looks great, but it successfully meets

the immediate and longer-term project

requirements. The key drive behind this

method was that of minimising disruption

and enabling building operation at the

Maternity Unit to keep running efficiently.”

The NHS GGC estates team is equally

pleased with the progress. Baxi’s

complete solution exceeds expectations,

with the Remeha boilers improving the

efficiency of the heating system and the

containerised solution creating a safe –

and future-proofed – flexible space for

the NHS operatives to work in. In short,

it has ticked all the Board’s boxes.

The team says: “It is essential that, when

dealing with existing healthcare estates,

we use pioneering techniques and outof-the-box

thinking to arrive at solutions

which cater for a range of requirements.

From patient care, safety and continuity

of services, through to retrofitting new,

sustainable plant into existing buildings

and systems, the complexities can be

overwhelming. This plantroom solution

covers everything from the immediate

needs of the building as well as wider

Board views, giving us the flexibility to

develop the existing estate in line with

the overall NHS net zero values and

targets.”

Baxi Packaged Solutions is a specialist

in prefabricated modular systems, from

large exterior packaged plant rooms

and energy centres to skid modules

and utility cupboards. The team offer

a complete service from concept to

completion.

Engineered for reliable and efficient

performance, the Remeha Gas 320/620

Ace is a compact high output boiler that

is easy to install and easy to maintain.

Its capacity to be installed side to side

provides flexibility in plant room floor

design and makes it perfect for use in

packaged plant rooms. It also has an

optional secondary return feature that

makes it particularly suitable for use

with heating technologies that use low

grade heat, such as heat pumps or

underfloor heating circuits. The Remeha

Gas 320/620 Ace is fully backed by an

industry-leading comprehensive 7-year

warranty, when commissioned by Baxi’s

commissioning engineers, and a 24/7

round-the-clock technical support

helpline.

www.baxi.co.uk/baxi-packagedsolutions

51


OFFSITE

BRINGING BRICKWORK TO LIFE

Ciaran McAliskey of Keystone Lintels explains why offsite steel-backed brick

slip installations make distinctive and imaginative brick features achievable for

any project.

When specifiers and architects

seek to create visionary

exteriors, architectural

brickwork detail through traditional

masonry techniques can be time

consuming and costly. This is where

modern offsite construction comes

into play, allowing you to add genuine

character without significant cost

increases. Brick soffits, deep reveals

and flying beams are now within reach,

enabling specifiers to create truly unique

façades, under budget, while keeping

projects on track.

Offering performance benefits similar

to those of brick, prefabricated brick

solutions can help the industry in a

myriad of ways, including providing a

practical product solution to the shortage

of skilled bricklayers. Prefabricated

solutions negate the need for a high

number of skilled craftspeople onsite

and enable complex brickwork detail

to be carried out in a factory-controlled

environment.

Offsite visions

To achieve the most imaginative

architectural brick designs, Keystone

offers a technically advanced, offsite

solution for an extensive range of

brick slip installations, from flat gauge

voussoirs to radius arch lintels, with

varying degrees of brick return soffit

to conceal any steelwork. Keystone’s

Keyslip products include fully structural

steel-backed Brick Slip Feature Lintels

and non-structural, cement fibre board

backed Lightweight Brick Headers and

Sills.

The Brick Slip Feature Lintels are

manufactured bespoke to order using

a specifically designed assortment of

steel sheets, which undergo a folding

and welding manufacturing process,

creating a bespoke lintel to the aesthetic

requirements of a project. This modern

offsite construction means that character

can be added without significant cost

or time increases. For the specifier the

possibilities are endless, as the lintels

can accommodate a large range of

bond patterns to create everything from

segmental and flat gauge arches to

gothic and parabolic arches, as well as

apex and bullseye arches.

Manufacturing these solutions offsite

negates the need for brick cutting

or mechanical handling onsite, while

allowing the contractor to use their

bricklayer for other tasks. Bricks are

collected from site to ensure that the

product blends with traditionally laid

brickwork. Bricks are then cut into slips

by Keystone Lintels and bonded onto

the backing steel lintel using a highperformance

BBA-approved adhesive.

The finished product is then delivered

to site ready for installation and final

pointing.

Brickwork unlocked

Keystone Lintels’ Keyslip system can

be seen within the façade of a luxury

apartment complex in Buckinghamshire.

Wellington Court is an exclusive

development of one-, two- and threebedroom

apartments.

Developer Halamar’s architectural vision

for this property required a gable-ended

façade and main entrance featuring

prominent and distinctive brickwork

arches in the Arts and Craft style.

Keystone’s technical team designed

Keyslip corbelled and full arch lintels

that were manufactured in a factorycontrolled

environment.

Each bespoke lintel was manufactured

to the size, shape and aesthetic

requirements within the project build

schedule. The one-piece lintel design

solution required exacting dimensions

to avoid any conflict with the proposed

stone sitting at the end of each arch

bearing. Structural spans of 3,593mm

for the upper coursing, and 3,143mm

for the lower coursing, were essential to

ensure the seamless installation of the

prominent entrance.

To optimise material usage and

reduce brick waste, a consignment

of light-textured Parham Red bricks

were collected from site by Keystone.

Double Cant bricks were precisely cut

and bonded onto an extra heavy duty

corbelled arch lintel using a BBAapproved

construction adhesive in a

factory-controlled environment.

Keystone’s patented perforated lintel

design allows the adhesive to squeeze

through the perforations and form a

‘mushroom’ on the inside, providing a

mechanical lock between the steel lintel

and the bricks.

For greater cost control during the build

programme, integral key prefabricated

lintel components were all manufactured

concurrently. Delays associated with

bad weather were also avoided, allowing

for high quality and consistency to be

achieved when replicating the four large

full arch lintel designs.

The 4,300mm span with 2,150mm rise

arches were delivered to site ready for

final pointing, with all the arch lintels

including lifting hooks for an easier and

safer installation.

keystonelintels.com

52

Trust The Experts

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with A. Proctor Group.

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structures to new levels of performance, stream-lined

design, and energy efficiency.

Collaborate with A. Proctor Group today and stay ahead in

the industry with our groundbreaking solutions.

contact@proctorgroup.com +44 01250 872 261 www.proctorgroup.com


SMART TECHNOLOGY

ENERGY CRISIS DRIVES GLOBAL

ADOPTION OF SMART TECHNOLOGY

UK homeowners are turning to smart home technology in an attempt to reduce

their energy bills, according to a new report from Drayton and Schneider Electric.

Almost 74% have adapted

their behaviour over the

last 12 months to use less

energy during the energy

crisis, the study of 2,000

British homeowners found, with 26%

of people measuring or tracking how

and where they use energy, and 14%

investing in a smart thermostat to control

their heating, both with the aim of

reducing energy bills.

When it comes to the most popular

smart technology devices, smart

thermostats and smart energy monitors

rank highly in the UK (2 nd and 3 rd

respectively), beaten only by voice

assistants.

UK homeowners also made more

traditional changes to their lifestyle and

behaviours to decrease their energy

consumption, with 52% of respondents

decreasing the temperature of their

heating at home and 41% limiting their

usage of hot water.

The findings form part of Schneider

Electric’s global study of more than

9,000 homeowners, tracking their

attitudes and behaviour towards energy

efficiency and sustainability. The energy

crisis dominated the results of the

survey, particularly when looking at

UK homeowners’ top concerns, with

energy efficiency ranking first and more

of a concern than was found in the

previous year’s survey. According to the

survey, UK homeowners have spent an

average of £1,920 on energy efficiency

improvements over the past 12 months,

and are willing to invest an average

of around £1,250 in energy efficiency

measures in the next 12 months.

Schneider Electric’s research also

showed that smart technology users

were twice as optimistic about achieving

the UK’s net zero ambitions, compared

to those who are yet to make the

investment. Over half (51%) of the UK

population believe it is important for

homes to become more sustainable,

but general levels of optimism around

achieving this have fallen, compared to

the 2021 survey results.

Over half (51%) of

the UK population

believe it is

important for homes

to become more

sustainable, but

general levels of

optimism around

achieving this have

fallen

When asked about the actions being

considered to become more sustainable

at home, many of the responses related

to energy consumption and involved

areas where smart technology can help,

such as ‘turning off lights/electrical

devices when not used’ (86%), which

can be achieved using smart plugs,

smart lighting and voice assistants, or

installing smart thermostats to improve

energy efficiency (67%).

Jeremy Palmer, General Director

at Drayton, says: “A real positive

of this study was just how many

UK homeowners (71%) believe it

is important to reduce their carbon

footprint. However, it is concerning to

see the impact of the energy crisis and

it is shocking to hear that 43% of UK

homeowners would sacrifice their own

comfort in an attempt to reduce energy

use and keep bills down.

“It is clear that more needs to be done

to educate homeowners about the

cost-effective ways they can improve

their energy consumption without having

to make these sacrifices. For instance,

by upgrading their heating system with

the introduction of smart thermostats

and multi-zoning, homeowners can still

enjoy a warm home, without having to

over-spend by heating empty rooms.

While 34% of respondents consider

smart technology an easy way to

reduce energy use, there continues to

54


be an opportunity here for installers to

educate and help customers implement

energy-saving measures that will have an

immediate and tangible impact on their

bills, without compromising comfort.

“This research also shows that progress

still needs to be made in relation to

homes of the future. Achieving net

zero is crucial in tackling the global

climate crisis, so it is important that the

government and manufacturers lead the

way in developing the right solutions that

will make sustainable homes possible.”

SMART TECHNOLOGY

A smarter way to manage energy

use

Over the past decade, the concept of

the smart home has evolved rapidly.

What was once seen as an exciting

gadget of the future has evolved into a

crucial piece of technology that helps

improve the efficiency of our homes.

Some 40% of respondents see a smart

home as an easy and affordable way

to reduce energy bills, and a similar

number believe that smart technology

will have a direct impact on improving

the sustainability of their homes.

With consumers increasingly turning to

technology to make their lives easier, it

is hardly surprising that the idea of smart

devices in the home is so appealing.

However, many individual devices need

to come together to deliver a truly smart

home.

Currently, most householders have just a

few such devices, rather than full home

solutions. Voice assistants (26%) and

smart lighting (21%) rank highest, with

2023 also seeing a significant increase in

the number of people investing in smart

thermostats (20%) and smart energy

monitors (18%) – up 3 percentage points

and 4 percentage points respectively

– which is likely a direct result of the

energy crisis.

Although more than one-third of the

population shy away from technology,

those who responded to the survey

and have embraced it have seen the

positive impact. For example, 72% liked

the smart thermostat and would buy it

again, while 70% had similar views on

smart lighting and 75% on solar panels.

Homes of the future

This positive view of smart technology

extends to newbuild homes, where

59% of those surveyed said they would

expect a newly built home or apartment

to be equipped with smart home

products. Unsurprisingly, 67% of those

whose homes are already equipped with

smart home devices expect new homes

to have this technology, while almost half

(44%) of non-smart-home owners still

expected this technology in newbuilds.

Not surprisingly, the addition of smart

devices adds value to a home, with 39%

stating that they would be prepared to

pay more for such a property, including

50% of current smart home owners

versus only 20% non-smart-home

owners.

Even more of the total respondents

(45%) felt it would make a home more

desirable, again, with 54% of current

smart owners feeling this way compared

to only 30% of those currently without

smart home devices. Such sentiment is

building year-on-year, so it is vital that

developers and specifiers take note and

keep up with consumer demand.

The full report is online at https://

www.se.com/ww/en/insights/

electricity-4-0/electrification/therise-of-home-energy-efficiency.jsp

55


SMART TECHNOLOGY:

COMPANY PROFILE

REVOLUTIONISING HOME SECURITY

Smart technology is the future for specifiers, builders, developers and architects.

Specify & Build explores how the award-winning Kubu range of smart sensors can

offer smart security.

providing a high-value addition to your

projects.

In the ever-evolving landscape of

home construction and design, the

integration of smart technology is

no longer a luxury – it’s a necessity. As

specifiers, builders, developers and

architects, there is a constant strive to

offer something unique to your clients;

something that not only enhances the

aesthetic appeal of a home but also

provides unmatched functionality.

Kubu is a multi-award winning smart

security system that the company says

provides a unique selling point for every

new home.

A leap in smart home security

At its core, Kubu is a range of smart

sensors designed to monitor the security

status of doors and windows in realtime.

It’s a sophisticated, yet user-friendly

smart alarm system that seamlessly

integrates into the home, providing

homeowners with peace of mind.

With Kubu, the days of wondering, “Did

I lock the door?” are over. Users can

effortlessly check the status of their

doors and windows from the Kubu app

on their phone, anytime, anywhere.

They will also receive alerts if someone

tries entering the property, or if they

inadvertently go to leave without locking

up securely. This innovative technology

not only enhances home security but

also blends perfectly with modern living,

where convenience and safety are

paramount.

Elevating your business

As professionals in the construction and

design industry, offering Kubu in your

projects can significantly elevate the

value proposition of your business:

•Differentiation in a competitive market:

In a market brimming with options,

standing out is key. Kubu provides

that edge, allowing you to offer a

unique feature that combines security

with smart technology. This not only

distinguishes your projects, but also

caters to the growing demand for

smart homes.

•Simplicity and integration: Kubu’s

patented technology is designed to be

simple for both installers and endusers.

Its sensors are fully concealed

within the door or window, meaning

no unsightly sensors are on view.

They are easy to install and require

no calibration, ensuring a smooth

integration into any home design. This

ease of installation means no additional

workload for your teams, while still

• Superior compatibility: Kubu is

engineered to work with some of the

UK’s most advanced window and

door locking hardware, which is readily

available from many of the country’s

leading newbuild-focused window

and door fabricators, ensuring top-tier

quality, availability and reliability.

• Award-winning excellence: Kubu is

recognised across the industry, with

accolades including Product of the

Year 2023, Window Component of the

Year 2023, and Door Component of

the Year 2023. Its Secured by Design

accreditation further cements its status

as a top-tier security solution.

• Enhanced client satisfaction: Today’s

homeowners are looking for homes

that are safe, smart, and connected.

Kubu meets these needs by offering

real-time monitoring, intuitive controls,

and seamless integration with other

smart home devices. This results

in higher client satisfaction and

potentially, more referrals for your

business.

• Future-proof homes: With the rapid

advancement in technology, ensuring

that homes are future-proof is vital.

Kubu’s up-to-date smart security

features ensure that the homes you

build today remain relevant and

appealing in the future.

• Cost-effective solution: Offering smart

home technology can often be seen

as a costly endeavour. However, Kubu

blends affordability and advanced

technology, making it an attractive

feature without significantly increasing

the overall cost of your projects.

As we navigate the ever-changing

landscape of home construction and

design, it’s clear that smart technology,

particularly in home security, is not just

a trend but a staple. With Kubu, you’re

not just building houses; you’re crafting

future-ready homes that resonate with

the aspirations of modern homeowners.

getkubu.com

56

STAMP DUTY LAND

TAX RELIEF

If you've bought a property in

the last four years with defects

like damp, mold, missing or

unusable appliances, structural

or roofing issues, electrical

problems, or a faulty boiler, you

may reclaim overpaid Stamp

Duty Land Tax.

R&D TAX CREDITS

Our service optimises your R&D

Tax Relief claim, reducing the

likelihood of an enquiry and

saving you valuable time,

money, and unnecessary stress.

While helping your business

identify qualifiable innovation.

LAND REMEDIATION

TAX RELIEF

We support businesses in

recovering funds for eligible

expenses accrued during the

cleanup of contaminated land,

fostering brownfield site

regeneration for environmental

and economic benefits.

Award-winning tax specialists helping

UK businesses and individuals to secure

government funding through tax

incentive solutions.

3,000+ Satisfied Clients

£200m in Rebates Paid

No-Win, No-Fee

Glenn Waller

Tax Incentive Specialist

+44 7841 073953 g.walller@rdisolutions.co.uk

www.rdisolutions.co.uk

5 Greenwich View Place

London E14 9NN


SMART TECHNOLOGY

EMPOWERING EFFICIENCY IN AN

ERA OF ENERGY CHALLENGES

Stacey Lucas, Commercial and Marketing Director at Sontay, delves into the

impending Building Regulations, their implications for building owners, and how

smart building controls can offer a game-changing energy saving solution.

The UK is currently navigating

a critical time, marked by

increasingly stringent building

regulations and an ongoing

energy crisis. As a result, the

optimisation of commercial buildings’

efficiency has taken on a new level of

urgency.

While there are numerous methods

to reduce energy consumption, the

adoption of smart building controls has

emerged as a game-changing solution

with the potential to provide even

more significant energy savings. Smart

Building Management Systems can not

only offer cost and time savings, but also

contribute to a more sustainable world.

Stay current with the standards

The construction industry is in the

middle of a regulatory transformation,

with the introduction of new Acts and

updates to Approved Documents

aimed at reshaping industry practices.

Two changes stand out as particularly

impactful for commercial building

owners, however: revisions to the

Building Regulations Approved

Document L and adjustments in EPC

certificate regulation. These alterations

have left building owners grappling with

compliance concerns, and an increased

urgency to optimise their building’s

performance.

Building Regulation Part L governs

the conservation of fuel and power in

new home construction, setting energy

efficiency standards for both new and

existing homes. Effective since 15 June

22, new homes must now produce 31%

fewer carbon emissions compared to the

prior Part L regulations. This reduction

primarily results from stricter insulation

requirements and the promotion of

technologies such as air-source heat

pumps and ground-source heat pumps.

Plans to revise the Energy Performance

Certificate (EPC) guidelines for rental

properties were scrapped in September

2023, as part of an unexpected net

zero U-turn from the UK government.

Many landlords had already spent

large amounts of time and investment

in creating more energy efficient

properties, but industry professionals

are still highlighting the importance for

landlords to keep up with increasing the

energy efficiencies of their properties, to

futureproof their assets and investments.

Mastering your environment

Sontay provides essential sensing and

peripheral devices crucial for building

regulation and data collection. Our range

of smart products not only enhances

safety and well-being for the building’s

occupants, but also enhances efficiency

by activating heating, ventilation, and

lighting systems only when necessary.

Our advanced sensors enable precise

monitoring of air quality, eliminating

unnecessary filtration or ventilation when

air quality is already satisfactory. This is

just one way our product range supports

compliance with Approved Document

L’s fuel conservation regulations. The

sensors also oversee temperature

and humidity, activating heaters only

when needed during colder seasons

to maintain a comfortable temperature

in occupied spaces. Additionally, the

sensors coordinate with other building

features to detect lighting levels and

adjust shading to reduce excess sun

exposure, eliminating the need for

energy-intensive cooling strategies.

Sontay’s sensors enable Building

Management Systems to incorporate

energy-saving features such as soft

starts and stops, ensuring gradual and

efficient monitoring before occupants

arrive. This eliminates excessive

power consumption during startup,

with devices using only the necessary

power throughout the day. Notably,

our air pressure sensors have become

bestsellers, indicating building owners’

growing awareness of air management

and its energy-saving potential.

To stay ahead and maintain compliance,

building owners must act proactively.

By integrating Sontay’s smart devices,

you can future-proof your building

assets, effectively monitoring the indoor

environment, conserving energy, and

saving money during the ongoing energy

crisis.

www.sontay.com

58

There’s an Ecodan

for every home

NEW

REFRIGERANT

The NEW Ecodan air source heat pump is setting new standards for

performance and sustainability. Using R290 with a Global Warming

Potential of only 3 and offering flow temperatures of up to 75ºC, Ecodan

offers flexible application. Available in 5kW, 6kW, and 8kW sizes.

ecodan.me.uk/R290SB124

MANUFACTURED

IN THE UK

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FUTUREBUILD PREVIEW

INNOVATE AND COLLABORATE AT

FUTUREBUILD

The Futurebuild built environment event is set to return from 5-7 March at London’s

ExCeL. Celebrating its 18th year, Futurebuild aims to advocate for a better built

environment and this year’s theme is ‘take a stand for change’.

The Futurebuild conference,

curated by The Edge and

sponsored by Soprema and

One Click LCA, is a highly

respected gathering of

innovators and collaborators tackling the

industry’s problems head on with the aim

to ‘collaborate for a just transition’.

This stems from the industry-wide need

for a clear delivery programme with

non-negotiable dates to build confidence

among clients and investors. The three

daily themes for the conference are:

• Pathways to change

• Levers for change

• Sharing visons for change.

Featuring a line-up of the who’s who

of the built and natural environment,

guests for 2024 include: Smith Mordak,

Chief Executive, UKGBC; Muyiwa

Oki, President, RIBA; Sara Edmonds,

Co-director, National Retrofit Hub;

Duncan Baker-Brown, Author of The

Re-Use Atlas; and Caroline Withey,

Programme Director for Social Housing

Decarbonisation Fund, Department for

Energy Security and Net Zero.

The conference will discuss topics

reaching every corner of the industry.

Key seminars include:

• Net zero housing: the qualityaffordability

conundrum, chaired

by Catherine Adams, Director of

Building Systems and Net Zero at the

Department of Levelling Up, Housing

and Communities

• Water – one of our most critical

infrastructure challenges, chaired by

Catherine Wenger, UK, India, Middle

East and Africa Water Business Lead

at Arup

• The Role of Education in Climate

Awareness, chaired by Django Perks,

from Teach the Future.

Scale up high-quality retrofit

Futurebuild has partnered with The

National Retrofit Academy to launch

The National Retrofit Conference, which

will take place alongside Futurebuild

2024. Sponsored by Sustainable

Building Services UK and curated by The

Retrofit Academy, the National Retrofit

Conference will focus on a crucial

mission – decarbonising our existing

housing stock.

The three-day conference will focus

on Skills, Innovation and Policy and

provide practical solutions that attendees

can take away to drive their retrofit

programmes forward, with a line-up of

speakers that includes thought leaders

from inside and outside of the sector.

Seminars across the three days include:

• Leadership on Retrofit from Local

Authorities, Cities and Regions, chaired

by David Pierpoint, Chief Executive at

The Retrofit Academy

• Retrofit Design at Scale, chaired by

Loreana Pardon, Head of Sustainability

at ECD Architects and Engaging on

Retrofit

• Getting Communication Right, chaired

by Sara Edmonds, Co-Director at

National Retrofit Hub.

More than just a conference

As well as the two conferences, the

Futurebuild exhibition will feature more

than 400 brands and six stages where

500+ speakers will speak.

Each section contains its own

seminar stage, addressing the biggest

challenges facing the built environment

and spotlighting the latest trends.

The Materials section, sponsored by

Aggregate Industries, contains the

latest solutions in material efficiency,

while the Buildings seminar programme,

sponsored by Steico, covers all aspects

of building including newbuild, refurb and

retrofit.

The FutureX stage, sponsored by the

Department for Energy Security and Net

Zero, Innovate UK and Carbon Trust,

60


allows visitors to discover the newest

developments and innovations in the

built environment. The Digital stage,

sponsored by Cemex, will examine the

process, outcomes and benefits that

digital construction provides the industry,

and visitors will have the chance to

meet those behind the cutting-edge

technologies.

FUTUREBUILD PREVIEW

The Sustainable Infrastructure stage,

sponsored by ACO, will include all

aspects of infrastructure including green,

blue, grey and social infrastructure

solutions. Lastly, the Energy section,

sponsored by Kensa Group, will provide

the latest technologies and solutions for

decarbonisation of heat and the delivery

of a smart and flexible energy system.

The knowledge programme has been

made possible with the help and support

of event sponsors and partners including

ASBP, Good Homes Alliance, 540 World,

Passivhaus Trust and the Finishes and

Interiors Sector.

Embracing innovation

At Futurebuild, the Innovation Trail gives

visitors the chance to meet Innovation

Partners including Advantage Austria,

NexGen, MKc Training Services, Bauder,

the Concrete Centre, Tepeo, Sugastune

UK, SDS, Qvantum, Mixergy, LKAB

Minerals, Glen Dimplex Heating and

Ventilation, Curv360, Aico, 540 World

and Kensa.

The FutureX Innovation section

showcases ideas and technologies

from startups and SMEs that will make

net zero possible. It contains The Big

Innovation Pitch, a visitor highlight,

which sees the people and companies

with the newest and brightest ideas for

decarbonising the industry take part in a

Dragon’s Den-style presentation battle,

all in front of a live audience.

On 5 March, Carbon Trust, Innovate UK

and DESNZ will take over the Future X

Innovation stage for a day of content

entitled: FutureX Heat Takeover –

innovation to decarbonise heat works for

everyone. The day’s seminar programme

includes Design Matters! Improving

the survey, design, and installation

process of low-carbon heating

technologies, chaired by Becky Lane,

CEO at Furbnow; Working Smarter, Not

Harder – How smart and flexible heating

systems can improve performance and

the customer experience; and Up-front

Costs to Retrofit: How to deal with the

elephant in the room.

The organisations will also showcase

a range of projects funded through

the government’s £1 billion Net Zero

Innovation Portfolio, such as the Heat

Pump Ready programme, Green Home

Finance Accelerator, and more.

Register for your Futurebuild ticket at

www.futurebuild.co.uk

THE PATH TO TRANSFORMATIVE CHANGE

Waterproofing and insulation business Soprema is co-sponsoring the conference programme at Futurebuild 2024.

Opening proceedings on the first day, Soprema’s Managing Director Laurent Verheyden will take to the stage at 10:30am

to explore the pathways to transformative change within the industry. As his opening remarks will set the tone for the rest of

the conference, Laurent will seek to challenge delegates to examine their own perspectives on what is possible.

At 11.30am that morning, Laurent will take to the stage again as part of a panel discussion within the ‘Buildings’ seminar

programme. The session is being curated by the Sustainable Energy Association and will consider a fabric-first approach to

improving energy performance in homes.

Debby Dawson, Marketing Manager UK & Ireland from Soprema, said: “With all roads leading towards net zero, this

partnership with Futurebuild is a demonstration of our commitment to supporting positive change within the construction

industry. By building for tomorrow, we are planning a portfolio that is aligned with the expectations of society and geared

towards sustainable systems and low carbon solutions.”

Soprema will be exhibiting on stand F42, where it will showcase products from range of sustainable solutions. For example,

Soprema’s Pavatex range of wood fibre insulation products offer a natural and sustainable solution, made from waste wood

material collected from sawmills. With solutions for newbuild and retrofit projects, Pavatex delivers strong thermal and

acoustic performance, and breathability.

Also on display will be Soprema’s TECSOUND range of acoustic insulation, its XPS insulation, and its Cradle-to-Cradle Duo

Membranes.

www.soprema.co.uk

61


NEW PRODUCTS

HELPING YOU ACHIEVE THE

FUTURE HOMES AND BUILDINGS STANDARD

With the introduction of the Future Buildings Standard

policy and changes to Parts L and F of UK Building

Regulations, air source heat pumps (ASHPs) are an

increasingly attractive option for heating newbuild

properties. Requiring larger 15mm pipes to achieve

necessary flow rates, ASHPs allow lower temperature,

higher capacity systems that gradually emit ambient heat –

maximising efficiency and minimising emissions.

With major housebuilders and sub-contractors already

installing ASHPs Manthorpe has developed the GRS-

DUO-15, a Twin Plate Radiator Pipe Guide and Seal.

Designed specifically for 15mm pipes, it is tailored to meet

the needs of both the first- and second-fix plumbing phases.

The first fix Mount Plate can be easily affixed to block

or studwork to help clamp, align and guide the pipework

through the penetration. Interim works can then be

completed knowing that the pipes are secure and correctly

oriented.

The Cover Plate is then fitted during the second fix phase.

Sealing the pipe penetration to eliminate the air leakage

path, the Cover is anchored into the Mount Plate behind with

a single, central fixing, with no need for plasterboard fixings.

The GRS-DUO-15 adds another layer to the unseen

work that radiator pipe guides and seals do within the

construction of a home. It offers improved positioning and

fixing versatility, along with a more robust seal, to further

ensure that air leakage behind every radiator is eliminated.

www.manthorpebp.co.uk/GRSDUO15

SOLIDOR LAUNCHES

SMART HANDLES

Specifiers will now be able to offer award-winning smart

handle technology to their customers as part of Solidor’s

latest product launch.

The Ultion Nuki Plus smart handle and BOLT lock has

been added to the Solidor range to give homeowners a

smart home compatible security option. They can lock and

unlock their door from their phone, using a Bluetooth key

fob, a wireless keypad or fingerprint recognition, and it can

also be set to auto unlock as they arrive home. Whichever

they choose, there is also a physical key that can be used.

The easy-to-fit smart handle comes with integrated Wi-Fi

so, once connected, homeowners can unlock their door

from anywhere. They can also pair the device with various

smart home systems including the Amazon Alexa, Apple

HomeKit and Google Home.

Mark Young, Group Commercial Director at Solidor,

said: “With over three-quarters of UK homes now containing

some kind of smart technology, research shows that it’s not

just convenience driving this investment, but the appeal of

enhanced security and safety.

“Homeowners are recognising the practical benefits of

having different elements of their home connected to smart

devices, one of those being the extra layer of control that it

offers from a security perspective.

“Using the Ultion Nuki Plus, people can manage access

to their property via their preferred smart platform and no

longer need to worry about lost keys or getting locked out.

As a smart lock that works with multi point doors, the Ultion

Nuki Plus and BOLT lock is the perfect product for Solidor

and we’re excited to add this smart technology offering”.

When it comes to installation, there is no additional

drilling or wiring required to fit the smart elements. It

also comes with a rechargeable power pack and can be

recharged in situ or by plugging a USB-C cable directly into

the door, meaning homeowners are never without their smart

handle. Even in the event of a powercut, the door can still be

controlled by its usual methods or by key.

www.solidor.co.uk/security

62

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NEW PRODUCTS

THOMAS DUDLEY SIGNALS THE END OF THE LEAKY TOILET VALVE

Thomas Dudley has launched Quantum, its new Pushbutton

Operated Leak-Free Syphonic Toilet Flush Valve. The

company says this represents a significant leap forward in

toilet flushing technology, offering efficiency, reliability, and

water conservation.

Quantum is the first button-operated, mechanically

activated syphon and comes equipped with a user-friendly

pushbutton mechanism available in various styles.

Designed and engineered in the UK, Quantum

incorporates syphonic technology that lifts water with no

power assistance to eliminate leaks and minimise water

wastage. The leak-free design enhances the durability of the

valve and contributes to water conservation efforts.

In the UK enough water leaks from toilets to fill more than

4 million baths every day. By using the leak-free benefits

of a syphon, coupled with the pushbutton mechanism of a

flush valve, Quantum optimises water usage by eliminating

leaks, helping users reduce their environmental footprint and

lower water bills.

Quantum has a hassle-free installation process and

requires a vastly reduced amount of maintenance compared

to a standard flush valve.

Crafted from high-quality materials, Quantum is built to

withstand the rigours of daily use. Its robust construction

ensures longevity, making it a reliable and cost-effective

choice for residential and commercial applications.

www.thomasdudley.co.uk/tyde

15-YEAR WARRANTY COVERS ALL SOLAR ROOFING NEEDS

Glidevale Protect has unveiled a new 15-year product

warranty on its pitched roofing underlays and ventilation

products when used as a complete system where

integrated in-roof photovoltaic (PV) panels are installed.

The product warranty extends to Glidevale Protect’s full

range of vapour permeable and impermeable pitched roof

underlays, plus its high and low level ventilation products.

Under the warranty, Glidevale Protect will replace any

products verified to be defective on a like-for-like or nearest

equivalent basis for up to 15 years.

Matt Neary from Glidevale Protect said: “Roof designs

can be complex, for example with the increasing popularity

of integrated in-roof solar PV panels. It’s imperative that the

correct underlay and ventilation strategy is implemented

to minimise the risk of harmful condensation forming and

therefore the potential of rotting roof timbers. Our technical

team can offer guidance on a full roof ventilation strategy to

suit the specific parameters of each project.

“Our new 15-year product warranty provides specifiers

with the assurance that our roofing materials are

manufactured to the highest quality and designed to last the

lifetime of the roof, provided they are correctly installed in

accordance with our fixing instructions.”

Glidevale Protect’s range of roofing underlays covered

under the warranty includes its latest product, Protect A1

Solar, a heavy duty type HR impermeable roofing underlay

designed to reduce condensation forming on the underside

of integrated in-roof solar PV panels.

The roofing product warranty also extends to Glidevale

Protect’s other vapour impermeable (type HR) roofing

underlays and its vapour permeable (type LR) roofing

underlays, the latter category which includes its air and

vapour permeable roofing underlay.

The manufacturer’s high level ventilation products,

Protect Fulmetal RediRoll and Protect Fulmetal UniRoll

dry fix ridge and hip systems, plus its low level ventilation

solutions, including SV soffit vents, OFV over fascia vents

and RV rafter vents, are also covered by the warranty

along with its full range of high and low level tile and slate

vents. To qualify for the warranty, the roofing underlay must

be used with appropriate high and low level ventilation

products as part of a system package.

The warranty covers a period of 15 years and is effective

from the date the products are purchased and then installed

via a contractor, merchant or direct from a developer.

www.glidevaleprotect.com/warranty

64

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CASE STUDY

VINYL CREATES WELCOMING

MATCH-DAY SPACE

A unique hospitality space located in Cardiff’s Principality Stadium has created a

premium experience with the installation of Forbo’s Modul’up vinyl floor covering.

T

he Riverside Terrace in Cardiff’s

Principality Stadium is notable for

its move away from the traditional

match-day hospitality experience. To

create a premium experience, Design

and Build Specialists Benchmark

Designs called upon Forbo’s Modul’up

adhesive-free sheet vinyl floor covering.

Situated on the banks of the River Taff,

the Principality Stadium plays host to

a range of events and is known as the

home of Wales’ Rugby Union team.

Working with PSE Wales and Levy UK,

Benchmark Designs looked to create

a distinctive interior space, capable

of offering a premium match-day

experience for general admission visitors.

Combining a variety of furniture and

surfaces with a diverse street food menu,

the Riverside Terrace was designed with

the city high street in mind, as Hannah

Glazier, Interior Designer at Benchmark

Designs, explains: “The brief we received

for the Riverside Terrace was to take

this space and transform it from a

traditional food service and interior style,

to something with a more up-market feel

that had a broad appeal to customers.

“Cardiff’s high street has such a wide

range of street food eateries and PSE

Wales were keen to incorporate this

heritage into the Riverside Terrace, with

a different vendor selected to cater each

match, along with live music. With such

a dynamic environment, we needed

products that would complement the

usage of the

space, providing

a practical and

refined finish. For

this, texture was

a really important

design element

and we wanted

to make sure

the surfaces we

specified would

complement and

contrast with each

other.”

With this brief in

mind, Hannah

looked for flooring

solutions that

would deliver on the desired aesthetic

and feel. She says: “The space itself had

a very industrial design, with exposed

fixings and a metal-studded bar front

adding different textural dynamics.

With texture and visual quality in mind,

we needed a floor covering that came

in neutral shades to match the other

finishes, but that could also create a

warm and welcoming environment. It

was for this reason that we specified

Forbo’s Modul’up, in its Concrete and

Oak colourways combining the texture

and tone of concrete with the warmth of

timber.

“The realistic timber appearance of

the Oak colourway was ideal for the

zoned seating area, while we used the

Concrete for the circulation areas, as it

nicely matched the design scheme for

the walls and bar tops. It was important

that we used these complementary

colours throughout the entire interior,

from wall to floors, lighting to surface

tops, helping to create a cohesive

and well-rounded space, which feels

welcoming yet distinctive.”

However, it wasn’t just the aesthetic

requirements that were key, but the

functionality of the flooring too, as

Hannah explains: “With a capacity of

over 74,000, the Principality Stadium is

an extremely busy environment. As such,

it was essential that the floor coverings

used were able to keep up with the high

footfall expected at the venue. This was

another reason behind our specification

of Modul’up. It has excellent indentation

resistance, which was perfect for this

space, being able withstand intense

usage on match-days. It’s also able to

be installed adhesive-free, which made

it extremely easy to fit, saving valuable

time during the installation phase of the

refurbishment.

She concludes: “Our intention was to

create a fun and informal space that was

suitable for all demographics to use. We

feel we achieved this, with our use of

versatile and flexible furniture, wall and

floor materials contributing to a relaxed

and casual hospitality experience.”

Having opened in October 2022,

the Riverside Terrace has been put

to good use over the 2022 Autumn

Nations Series, as well as the 2023 Six

Nations. A PSE spokesperson says of

the new space: “Forbo’s flooring has

truly transformed the space, with its

exceptional quality, versatile design and

hard-wearing nature contributing to a

modern and trendy atmosphere. The

choice of flooring seamlessly merged

functionality with style, making it an ideal

option for entry-level hospitality settings.

Overall, we’re delighted with the finished

project and have enjoyed entertaining

our customers in the new space.”

www.forbo.com

66

05-07 March 2024 / ExCeL, London

05 - 07 March 2024 ExCeL, London

what will you

take a stand for?

Driving Collaboration and Innovation for a

Sustainable Built Environment at the sectors

most influential, large scale exhibition and

conference.

Join us at

Futurebuild 2024

Futurebuild is more than an event; it’s a call for action. It’s a platform to

engage and collaborate, and a stage for debate. It’s three days of education

and dissemination of knowledge, and a showcase of innovation.

Take a stand for a better built environment.

www.futurebuild.co.uk

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February 2024 Issue

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