Under SlAB - CSR Bradford Insulation
Under SlAB - CSR Bradford Insulation
Under SlAB - CSR Bradford Insulation
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>Under</strong> <strong>SlAB</strong><br />
InSUlATIOn PrOdUCT SeleCTOr<br />
BCA 2010/nCC BCA BCA 2011 2010 2011
<strong>Bradford</strong> designSmart for Smarter Specifications<br />
<strong>Bradford</strong> designSmart has been<br />
developed to help architects, designers<br />
and specifiers select the right insulation<br />
products for their building projects.<br />
DesignSmart encompasses a range of tools and<br />
resources that will guide you through the requirements<br />
of the Building Code of Australia (BCA) and<br />
HIGH RISE<br />
APARTMENTS<br />
DESIGN GUIDE<br />
HIGH RISE APARTMENTS | PAGE 1<br />
HIGH RISE<br />
APARTMENTS<br />
HIGH RISE<br />
APARTMENTS<br />
DESIGN GUIDE<br />
DESIGN GUIDE<br />
BCA BCA 2010 2010<br />
HIGH RISE APARTMENTS | PAGE 1<br />
HIGH RISE APARTMENTS | PAGE 1<br />
HEALTHCARE<br />
BCA BCA 2010 2010<br />
DESIGN GUIDE<br />
BCA BCA 2010 2010<br />
HEALTHCARE | PAGE 1<br />
Commercial<br />
design Guides ><br />
BCA BCA 2010 2010<br />
OFFICE BUILDINGS<br />
INSULATION DESIGN GUIDE<br />
DesignSmart design guides<br />
contain all you need to<br />
know to meet the deemed<br />
to satisfy requirements of<br />
the BCA/NCC Section J for<br />
your specific building type.<br />
OFFICES | PAGE 1<br />
The designSmart tools include:<br />
BCA 2010/NCC 2011<br />
Online Calculator ><br />
The DesignSmart online<br />
calculator helps carry out<br />
complex calculations to<br />
allow you to quickly and<br />
easily design insulation<br />
systems for your project.<br />
National Construction Code (NCC), help carry out<br />
design calculations quickly and easily and allow you<br />
to compare different insulation systems to meet and<br />
exceed the regulations.<br />
DesignSmart also provides access to a wealth<br />
of resources including, data sheets, samples<br />
specifications, CAD files, MSDSs and expertise from<br />
our architectural specialists.<br />
COMMERCIAL ROOFING<br />
INSULATION PRODUCT SELECTOR<br />
Commercial<br />
Product Selectors ><br />
BCA 2010/NCC BCA BCA BCA 2011 2010 2010 2011<br />
<strong>Under</strong> <strong>SlAB</strong><br />
InSUlATIOn PrOdUCT SeleCTOr<br />
BCA 2010/nCC BCA BCA BCA 2011 2010 2010 2011<br />
The DesignSmart<br />
product selectors provide<br />
comprehensive design<br />
information to assist with<br />
developing project specific<br />
specifications while meeting<br />
Section J requirements for<br />
specific applications.<br />
Roofing Spacers - Ashgrid<br />
BCA/NCC Section J<br />
Compliant Roof<br />
Spacer System<br />
Version 1, August 2011<br />
CPd Training ><br />
For more information call 1300 887 160<br />
or visit bradfordinsulation.com.au/designsmart<br />
DesignSmart CPD training<br />
modules allow you to<br />
improve your understanding<br />
and expertise to meet<br />
Section J regulations within<br />
your practice.
COnTenTS<br />
1. Introduction 3<br />
2. <strong>Under</strong> Slab design Considerations 4<br />
2.1. The Benefits of Using <strong>Insulation</strong> 4<br />
2.2. Designing for BCA/NCC<br />
Section J and Green Star 4<br />
2.3. Designing for Noise Control 4<br />
2.4. Designing to Control Fire Risk 4<br />
2.5. Designing for Sustainability 4<br />
2.6. Designing for Installed Cost 5<br />
2.7. Designing for Aesthetics 5<br />
2.8. Designing for Indoor Air Quality 5<br />
2.9. Designing for Light Requirements 5<br />
3. energy efficiency (Section J) 6<br />
3.1. Roof Systems 7<br />
3.2. Floor Systems 7<br />
3.3.1. Roof System Very Light Roofs 8<br />
3.3.2. Light & Dark Coloured Roof Zones 9<br />
3.4. Floor Systems 10<br />
4. Applications and Products 11<br />
4.1. Introduction 11<br />
4.2. Material Base Blanket and System R-Values 11<br />
4.3. Available Facings for Roofing Blanket 11<br />
4.4. <strong>Under</strong>slab <strong>Insulation</strong> 12<br />
5. <strong>Insulation</strong> Installation 13<br />
5.1. General 13<br />
5.2. Installation Beneath Concrete Slab<br />
Roofs - Soffits 13<br />
6. Technical Information - <strong>Insulation</strong> 14<br />
6.1. Specifications 14<br />
6.2. Acoustics 14<br />
6.3. Fire Resistance 15<br />
7. Other Products 15<br />
7.1. Edmonds Ventilators 15<br />
7.2. Accessories 15<br />
8. Health and Safety 16<br />
9. Product Warranty 16<br />
<strong>Bradford</strong> <strong>Insulation</strong> is a member of<br />
the Green Building Council of Australia<br />
UNDER SLAB | PAGE 3<br />
1. InTrOdUCTIOn<br />
Designing and selecting the right materials to meet<br />
the building code and end user requirements is<br />
critical during the design phase of a project. With the<br />
introduction of the Building Code of Australia 2011<br />
(Contained within the National Construction Code of<br />
Australia NCC 2011), <strong>Bradford</strong> <strong>Insulation</strong> has updated<br />
this <strong>Under</strong> Slab Product Selector to incorporate the<br />
latest changes to the Energy Efficiency provisions for<br />
Class 2-9 commercial buildings.<br />
This brochure provides information on:<br />
• The building code energy provisions for under slab<br />
roof and floor insulation applications<br />
• How to meet and exceed these BCA/NCC<br />
requirements with <strong>Bradford</strong> <strong>Insulation</strong> products<br />
• Decorative and foil facing options for a broad range<br />
of applications<br />
In addition to this guide, the online DesignSmart<br />
calculator from <strong>Bradford</strong> <strong>Insulation</strong> has also been<br />
updated to provide a real-time BCA/NCC compliant<br />
calculator. Check online at<br />
www.bradfordinsulation.com.au.<br />
The BCA/NCC represents the minimum level of<br />
insulation for good energy efficiency and performance<br />
of the building envelope. Given the relatively low capital<br />
cost of insulation, increasing under slab insulation<br />
R-Values during the design phase can decrease the<br />
heating & cooling load, thus reducing project capital<br />
equipment costs as well as future running costs.
2. <strong>Under</strong> <strong>SlAB</strong> deSIGn COnSIderATIOnS<br />
2.1. The Benefits of Using <strong>Insulation</strong><br />
• Helps meet BCA/NCC Energy Efficiency requirements,<br />
by providing thermal insulation. By meeting these<br />
requirements your smart design helps reduce<br />
greenhouse gas emissions<br />
• A more comfortable working environment, by reducing<br />
heat flow in and out of the building<br />
• A better working environment, by reducing external<br />
noise and by deadening internal noise<br />
• A safer environment, as it reduces the possibility of fire<br />
spread in the event of a sub floor or ceiling space fire<br />
• Reduced building running costs, by reducing the load<br />
required to heat and cool the space and/or the size of<br />
the heating/cooling plant<br />
2.2. designing for BCA/nCC Section J<br />
and Green Star<br />
The Building Code of Australia (BCA) & National<br />
Construction Code (NCC) provide the minimum total<br />
thermal performance required for roofs and floors.<br />
<strong>Insulation</strong> plays a major role in achieving these<br />
minimum values.<br />
In Green Star buildings one of the highest factors that<br />
contribute to Green Star points is energy improvement.<br />
The upgrade of passive insulation within a building can<br />
result in significant energy savings.<br />
Regardless of the building achieving a Green Star<br />
rating or meeting deemed to satisfy provisions of the<br />
BCA/NCC there is a strong case to increase specified<br />
insulation performance, as the energy savings can<br />
quickly pay for the increase in capital costs.<br />
2.3. designing for noise Control<br />
Noise control particularly for interfloor concrete slabs<br />
can be critical. <strong>Bradford</strong> <strong>Insulation</strong>’s range of under slab<br />
products have been acoustically appraised and their<br />
Noise Reduction Coefficients (NRC) are available in the<br />
Technical Information section of this brochure.<br />
2.4. designing to Control Fire risk<br />
<strong>Bradford</strong> <strong>Insulation</strong> offers a range of facing<br />
and bulk insulation products that can meet the<br />
BCA/NCC Fire Hazard Properties and your project<br />
needs. Please ensure that your fire engineer reviews all<br />
recommendations prior to installation.<br />
2.5. designing for Sustainability<br />
<strong>Bradford</strong> <strong>Insulation</strong> glasswool is manufactured from up<br />
to 65%, recycled content. Much of this recycled glass<br />
is not suitable for recycling in flat or container glass<br />
manufacture. All water used in the manufacture of our<br />
glasswool products is also recycled.<br />
<strong>Bradford</strong> <strong>Insulation</strong> has undertaken an audit of our<br />
Glasswool, Rockwool and reflective foil laminate<br />
insulation manufacturing processes referencing the<br />
US EPA List of Ozone Depleting Substances (Class 1<br />
and Class 2). This audit found that no ozone depleting<br />
substances are involved in either the manufacture or<br />
composition of these products.<br />
Our conclusion is that <strong>Bradford</strong> <strong>Insulation</strong>’s glasswool,<br />
rockwool and reflective foil laminates have an Ozone<br />
Depleting Potential of zero. <strong>Bradford</strong> insulation<br />
recognises that our products have a significant role to<br />
play in the passive reduction of energy use in our world.<br />
designSmart <br />
Online Calculator<br />
Customised Information at your fingertips<br />
designSmart places all the information you need for your<br />
specific project at your fingertips. The web based tools allow<br />
you to review the BCA for each class of building and help you<br />
design and specify the insulation products to meet the building’s<br />
thermal and acoustic requirements<br />
Best of all, designSmart will email detailed design calculations,<br />
relevant product data sheets, MSDS and specifications to you to<br />
include in your project file, speeding up your design process.<br />
Let DesignSmart help you design smarter and faster.<br />
Visit bradfordinsulation.com.au/designsmart<br />
UNDER SLAB | PAGE 4
2.6. designing for Installed Cost<br />
<strong>Bradford</strong> <strong>Insulation</strong> glasswool is quick to install. One<br />
of the attributes of glasswool is that it can be easily<br />
cut and drilled to enable fixings and penetrations to be<br />
assembled through the insulation. Alternative products,<br />
such as polyester may get caught in drill bits resulting in<br />
delays to other trades following insulation contractors.<br />
Drilling through Glasswool Drilling through polyester<br />
2.7. designing for Aesthetics<br />
<strong>Bradford</strong> <strong>Insulation</strong> offers a range of products for under<br />
slab insulation:<br />
• Where aesthetics are a prime consideration, higher<br />
density products like <strong>Bradford</strong> Supertel and Ultratel <br />
provide a smoother flatter finish.<br />
• The <strong>Bradford</strong> Glasswool Building Blanket provides a<br />
good finish with some pillowing.<br />
Supertel for a high quality<br />
aesthetic finish<br />
Building Blanket for visually<br />
non critical areas<br />
UNDER SLAB | PAGE 5<br />
2.8. designing for Indoor Air Quality<br />
<strong>Bradford</strong> <strong>Insulation</strong>’s glasswool and rockwool insulation<br />
have been tested and found to have low Volatile Organic<br />
Content (VOC).<br />
2.9. design for light requirements<br />
A range of facing finishes are available for <strong>Bradford</strong><br />
under slab insulation as the colour and reflectivity of the<br />
facing can play a critical part in ensuring that the under<br />
slab insulation meets the lighting design requirement.
3. enerGY eFFICIenCY (SeCTIOn J)<br />
The BCA/NCC Section J makes provisions for energy<br />
efficiency in conditioned spaces, sound insulation and<br />
fire protection for public buildings. These recognise that<br />
well insulated buildings that control heat and cold, along<br />
with good acoustic insulation are important elements of<br />
good building design. Please note that the following is a<br />
guide only and <strong>Bradford</strong> <strong>Insulation</strong> recommends that you<br />
work closely with your building surveyor/private certifier,<br />
fire engineering consultant and insurance provider<br />
early in the design phase of your building to ensure<br />
compliance where appropriate.<br />
<strong>Bradford</strong> <strong>Insulation</strong> recommends an increase in<br />
insulation performance over and above BCA/NCC<br />
minimum levels. This will result in long term energy<br />
savings for the building with little increase in overall<br />
installed cost. Increasing insulation levels will quickly<br />
pay dividends for building owners presenting a short<br />
term return on installation costs. The benefits of<br />
reduced energy costs can be passed on to building<br />
occupants and contribute to a reduction of<br />
greenhouse gases.<br />
STeP A. Select the Climate Zone<br />
Compliance can be achieved via verification with an<br />
acceptable rating scheme or using the Deemed to<br />
Satisfy provisions in the BCA. In part, these general<br />
requirements are listed overleaf.<br />
The <strong>Bradford</strong> DesignSmart program has been developed<br />
specifically to help simplify the process of meeting the<br />
Deemed to Satisfy provisions of Section J1 for building<br />
elements forming the envelope of a conditioned space.<br />
Please refer to the BCA/NCC for the complete application<br />
of Section J and follow these simple steps to specify the<br />
right roofing and floor underslab insulation for your project.<br />
Select the climate zone for your project location<br />
A. from the BCA/nCC map<br />
B. determine the required thermal performance<br />
C.<br />
For your roof or floor system read off the<br />
minimum required insulation product<br />
The BCA/NCC specifies the minimum deemed to satisfy performance for roofs and floors dependent upon on the<br />
climate zone your building is in. Locate the climate zone from the following map or refer to abcb.gov.au for more<br />
detailed maps.<br />
10°<br />
110° 115° 120° 125° 130° 135° 140° 145° 150° 155° 160°<br />
15° Derby<br />
Broome<br />
20°<br />
Port Hedland<br />
Dampier<br />
Telfer<br />
Wyndham<br />
Halls Creek<br />
Darwin<br />
Katherine<br />
Timber Creek<br />
Oenpelli<br />
Elliot<br />
Tennant Creek<br />
Exmouth Alice Springs<br />
Newman<br />
Carnarvon<br />
Gascoyne<br />
Junction Warburton<br />
Yulara<br />
Amata<br />
Kulgera Birdsville<br />
Taroom<br />
Charleville Maryborough<br />
Wiluna Oodnadatta<br />
25° Innamincka<br />
Thargomindah<br />
Brisbane<br />
Coober Pedy<br />
Yalgoo<br />
Goondiwindi<br />
Tibooburra<br />
Geraldton<br />
Leigh Creek<br />
Bourke<br />
Kalgoorlie–Boulder<br />
Nullarbor<br />
30°<br />
Perth<br />
Merredin<br />
Norseman<br />
Eucla<br />
Ceduna<br />
Whyalla<br />
Broken Hill<br />
Ivanhoe<br />
Dubbo<br />
Tamworth<br />
Coffs Harbour<br />
Port Macquarie<br />
Bunbury<br />
Newdegate<br />
Esperance<br />
Burra<br />
Mildura Bathurst Newcastle<br />
Lord Howe Island<br />
Margaret River<br />
Port Lincoln Adelaide<br />
Kingscote<br />
Renmark Griffith<br />
Sydney<br />
Wollongong<br />
Albany Climate Zones<br />
Albury–Wodonga<br />
Canberra<br />
Zone 1 Zone 5<br />
Kingston SE<br />
Horsham<br />
Shepparton<br />
35°<br />
Zone 2 Zone 6<br />
Mount Gambier<br />
Ballarat Melbourne<br />
Lakes Entrance<br />
Zone 3 Zone 7<br />
40°<br />
VC00031.3<br />
Zone 4 Zone 8<br />
Borroloola<br />
Nhulunbuy<br />
Mount Isa<br />
Burketown<br />
Weipa<br />
Longreach<br />
Devonport<br />
Strahan<br />
Launceston<br />
Swansea<br />
www.abcb.gov.au<br />
Local Government Area boundary Hobart<br />
Last amended: May 2009<br />
Cooktown<br />
Cairns<br />
Townsville<br />
Mackay<br />
Rockhampton<br />
Southport Developed from a map produced<br />
by the Bureau of Meteorology<br />
105° 110° 115° 120° 125° 130° 135° 140° 145° 150° 155° 160° 165°<br />
UNDER SLAB | PAGE 6<br />
10°<br />
15°<br />
20°<br />
25°<br />
30°<br />
35°<br />
40°
STeP B. determine the Thermal<br />
Performance required by the BCA/nCC<br />
Select from either the Floor or Roof System tables.<br />
The energy efficiency provisions for roofing vary<br />
depending on the roof colour in climate zones 1,2<br />
and 3, Table 3.1 below reflects this requirement. For<br />
designs in climate zones 1,2 and 3 it is critical to<br />
obtain solar absorbance values from the roof material<br />
manufacturer in order to determine the required<br />
minimum insulation.<br />
3.1. roof Systems<br />
Please note that the absorbance values for each roof colour class are different between BCA 2010 and NCC 2011.<br />
roof Colour<br />
3.2. Floor Systems<br />
* ACH: Air changes per hour<br />
The BCA/NCC also sets out a requirement for<br />
adjustment of the minimum R-Value to compensate<br />
for loss of ceiling insulation. Please note the following<br />
tables do not address solutions where the loss of<br />
ceiling insulation exceeds the amount nominated in<br />
BCA 2010 table JI.3b. Please refer to the BCA/NCC<br />
for further details and contact <strong>Bradford</strong> <strong>Insulation</strong> for<br />
solutions.<br />
The tables below outline the minimum Total System<br />
R-Value required for Roof and Floor Systems for each<br />
climate zone.<br />
Climate Zones<br />
1 2 3 4 5 6 7 8<br />
Direction of Heatflow Inwards Outwards<br />
BCA 2010 Very Light Roofs (Absorbance ≤ 0.5) 3.2 3.2 3.2 3.2 3.2 3.2 3.7 4.8<br />
Light Roofs (0.5 > Absorbance ≤ 0.6) 3.7 3.7 3.7 3.2 3.2 3.2 3.7 4.8<br />
Dark Roofs (Absorbance > 0.6) 4.2 4.2 4.2 3.2 3.2 3.2 3.7 4.8<br />
nCC 2011 Very Light Roofs (Absorbance ≤ 0.4) 3.2 3.2 3.2 3.2 3.2 3.2 3.7 4.8<br />
Light Roofs (0.4 > Absorbance ≤ 0.6) 3.7 3.7 3.7 3.2 3.2 3.2 3.7 4.8<br />
Floor<br />
Dark Roofs (Absorbance > 0.6) 4.2 4.2 4.2 3.2 3.2 3.2 3.7 4.8<br />
Climate Zones<br />
1 2 3 4 5 6 7 8<br />
Direction of Heat Flow NCC 2011 Upwards Upwards & Downwards Downwards<br />
Suspended floor without inslab<br />
heating/cooling enclosed with mech<br />
vent ≤1½ ACH*<br />
Suspended floor with inslab<br />
heating/cooling enclosed with mech<br />
vent ≤1½ ACH*<br />
R1.0 R1.0 Nil Nil R1.0 R1.0 R1.5 R2.5<br />
R1.25 R1.25 R1.25 R1.25 R1.25 R1.25 R1.75 R2.75<br />
All other R2.0 R2.0 R2.0 R2.0 R2.0 R2.0 R2.0 R3.5<br />
UNDER SLAB | PAGE 7
STeP C. Select the Minimum <strong>Insulation</strong><br />
required to Comply<br />
The following tables allow you to select <strong>Bradford</strong><br />
<strong>Insulation</strong> products to meet the minimum nominated<br />
BCA/NCC requirement. Simply select the relevant<br />
roof or floor system on the appropriate table and read<br />
3.3.1. Very light Coloured roof<br />
See table 3.3.2 for Light and Dark roof colours in Climate Zones 1,2 and 3<br />
rOOF<br />
the recommended <strong>Bradford</strong> insulation product for the<br />
relevant climate zone.<br />
Note: These tables relate to products faced with light,<br />
medium or heavy duty foil only. For products with<br />
alternate facings, please contact <strong>Bradford</strong> <strong>Insulation</strong> for<br />
your specific design.<br />
Climate Zone 1 2 3 4 5 6 7 8<br />
Direction of Heat Flow Inwards Outwards<br />
Required Total R-Value 3.2 3.2 3.2 3.2 3.2 3.2 3.7 4.8<br />
Flat 150mm Concrete roof with Ceiling non-Ventilated) r1200<br />
air gap<br />
≥ 100mm<br />
< 600mm<br />
<strong>Bradford</strong> Gold<br />
<strong>Insulation</strong><br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel Foil Faced<br />
Flat 150mm Concrete roof with Suspended Ceiling Plenum return (Ventilated) r1300<br />
<strong>Bradford</strong> Gold<br />
<strong>Insulation</strong><br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Flexitel Foil Faced<br />
55 55 55 55 55 55 130<br />
100HP<br />
+ R1.5<br />
ceiling<br />
batts<br />
50 50 50 50 50 50 100 *<br />
140 140 140 140 140 140 140 *<br />
130 130 130 130 130 130 130 *<br />
Flat 150mm Concrete roof with direct Fixed Ceiling (non Ventilated Air Gap 25mm-75mm) r1500<br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel Foil Faced<br />
Flat 150mm Concrete roof no Ceiling (non-Ventilated) r1400<br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel Foil Faced<br />
Flat 150mm Concrete roof no Ceiling (non-Ventilated) r1400 decorative Facing<br />
Anticon<br />
Faced Blanket<br />
OR<br />
Supertel Faced<br />
95 95 95 95 95 95 130 *<br />
75 75 75 75 75 75 100 *<br />
100HP 100HP 100HP 100HP 100HP 100HP 140 *<br />
100 100 100 100 100 100 * *<br />
130 130 130 130 130 130 140 *<br />
100 100 100 100 100 100 * *<br />
Note: The BCA/NCC includes a range of conditions that permit reductions of roof R-Value. Please refer to the BCA or the <strong>Bradford</strong><br />
website for more information.<br />
*Contact <strong>Bradford</strong>. For detailed system descriptions refer to the ICANZ handbook.<br />
UNDER SLAB | PAGE 8
3.3.2. light and dark Coloured roof in Climate Zones 1,2 and 3<br />
rOOF<br />
Roof Colour Light Dark<br />
Climate Zone 1 2 3 1 2 3<br />
Direction of Heat Flow Inwards Inwards<br />
Required Total R-Value 3.7 3.7 3.7 4.2 4.2 4.2<br />
Flat 150mm Concrete roof with Suspended Ceiling (non Ventilated) r1200<br />
air gap<br />
≥ 100mm<br />
< 600mm<br />
<strong>Bradford</strong> Gold<br />
<strong>Insulation</strong><br />
Anticon Foil Faced<br />
Blanket<br />
OR<br />
Supertel Foil Faced<br />
Flat Concrete roof with Suspended Ceiling Plenum return (Ventilated) r1300<br />
<strong>Bradford</strong> Gold<br />
<strong>Insulation</strong><br />
Anticon Foil<br />
Faced Blanket<br />
75 75 75 95 95 95<br />
63 63 63 75 75 75<br />
145 145 145 * * *<br />
Flat 150mm Concrete roof with direct Fixed Ceiling (non Ventilated Air Gap 25mm-75mm) r1500<br />
Anticon Foil Faced<br />
Blanket<br />
OR<br />
Supertel Foil Faced<br />
OR<br />
Flexitel Foil Faced<br />
Flat 150mm Concrete roof no Ceiling (non Ventilated) r1400<br />
Anticon Foil Faced<br />
Blanket<br />
OR<br />
Supertel Foil Faced<br />
Flat 150mm Concrete roof no Ceiling (non Ventilated) r1400 decorative Facing<br />
Anticon Faced Blanket<br />
OR<br />
Supertel Faced<br />
130 130 130 140 140 140<br />
100 100 100 N/A N/A N/A<br />
N/A N/A N/A 130 130 130<br />
130 130 130 145 145 145<br />
100 100 100 N/A N/A N/A<br />
145 145 145 * * *<br />
* * * * * *<br />
Note: The BCA/NCC includes a range of conditions that permit reductions of roof R-Value. Please refer to the BCA/NCC or the<br />
<strong>Bradford</strong> website for more information.<br />
*Contact <strong>Bradford</strong>. For detailed system descriptions refer to the ICANZ handbook.<br />
UNDER SLAB | PAGE 9
3.4. Floor Systems<br />
To ascertain the <strong>Bradford</strong> <strong>Insulation</strong> product to meet the minimum BCA/NCC requirement for floor systems select the<br />
type of floor and corresponding insulation product for the relevant climate zone for the building.<br />
FlOOr<br />
Climate Zone 1 2 3 4 5 6 7 8<br />
Direction of Heat Flow (applies to NCC 2011 only) Upwards<br />
Upwards &<br />
Downwards<br />
Downwards<br />
Suspended floor without inslab heating enclosed and mech vent R1.0 R1.0 Nil Nil R1.0 R1.0 R1.5 R2.5<br />
Suspended floor with inslab heating enclosed and mech vent R1.3 R1.3 R1.3 R1.3 R1.3 R1.3 R1.8 R2.8<br />
All other R2.0 R2.0 R2.0 R2.0 R2.0 R2.0 R2.0 R3.5<br />
Concrete Suspended Slab F0200 (Ventilated)<br />
Suspended floor<br />
without inslab<br />
heating enclosed but<br />
with mech vent<br />
≤1½ ACH**<br />
Suspended floor<br />
with inslab heating<br />
enclosed and mech<br />
vent ≤1½ ACH**<br />
All other<br />
Hebel Floor Panel Powerfloor F0300 (Ventilated)<br />
Suspended floor<br />
without inslab<br />
heating enclosed but<br />
with mech vent ≤1½<br />
ACH**<br />
Suspended floor<br />
with inslab heating<br />
enclosed but with<br />
mech vent<br />
≤1½ ACH**<br />
All other<br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel<br />
Foil Faced<br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel<br />
Foil Faced<br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel<br />
Foil Faced<br />
OR<br />
Flexitel<br />
Foil Faced<br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel<br />
Foil Faced<br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel<br />
Foil Faced<br />
Anticon Foil<br />
Faced Blanket<br />
OR<br />
Supertel<br />
Foil Faced<br />
*Contact <strong>Bradford</strong> <strong>Insulation</strong> for detailed system descriptions.<br />
**ACH - Air changes per hour<br />
55 55 N/A N/A 55 55 55 95<br />
25 25 N/A N/A 25 25 38 75<br />
55 55 55 55 55 55 75 100HP<br />
38 38 38 38 38 38 50 100<br />
75 75 75 75 75 75 75 140<br />
75 75 75 75 75 75 75 *<br />
N/A N/A N/A N/A N/A N/A N/A 130<br />
55 55 N/A N/A 55 55 55 75<br />
25 25 N/A N/A 25 25 25 63<br />
55 55 55 55 55 55 55 95<br />
25 25 25 25 25 25 38 75<br />
55 55 55 55 55 55 55 130<br />
50 50 50 50 50 50 50 100<br />
UNDER SLAB | PAGE 10
4. APPlICATIOnS And PrOdUCTS<br />
4.1. Introduction<br />
As most <strong>Bradford</strong> <strong>Insulation</strong> under slab products<br />
combine a glasswool base blanket with a facing, a very<br />
wide range of products is available. In order to select<br />
the right products for your application we recommend<br />
that you follow these simple steps:<br />
1. Determine the product required to meet the thermal<br />
requirements of the project using Tables 3.3.1 to 3.4.<br />
2. Select the facing that provides the best level<br />
of performance or aesthetics for your<br />
particular application using Table 4.3.<br />
3. Specify these materials as follows:<br />
<strong>Bradford</strong> Glasswool [Supertel 50] faced with <strong>Bradford</strong><br />
[Thermofoil Medium Duty].<br />
4.3 Available Facings for <strong>Under</strong> Slab Applications<br />
Anticon products are available in a range of facings as follows:<br />
Facing description<br />
4.2. Material Base Blanket (rMAT ) & Total<br />
System r Values (rT ) - explained<br />
AS/NZS 4859.1: 2002 allows insulation manufacturers<br />
to present the performance in a number of ways.<br />
Two common methods of presenting product<br />
performance are R MAT (the base material thermal<br />
performance) or R T (the total performance of the<br />
product installed in a system). E.g. Anticon 100HP has<br />
a base blanket performance of R2.5 (R MAT ), however,<br />
when installed in a warehouse roof, the total R-Value<br />
of the roof can be calculated as R3.2 (R T ). <strong>Bradford</strong><br />
presents its product performance as base blanket<br />
performance R MAT to allow designers the flexibility to<br />
design and specify the most cost effective projects. To<br />
ensure value for money it is important that products<br />
are compared based on the same criteria, e.g. base<br />
material performance or total performance.<br />
Condensation<br />
Control<br />
FOIl FACInGS - SUITABle FOr All SYSTeM APPlICATIOnS<br />
Thermofoil <br />
Medium Duty<br />
Thermofoil<br />
Heavy Duty<br />
Premium<br />
<strong>Under</strong> Slab Facing<br />
Aesthetics Acoustics<br />
A strong foil with good<br />
tear resistance 3 3 3 `<br />
Premium strength for a<br />
premium finish 3 3 3 3 3<br />
A thicker, stiffer facing that provides<br />
a premium aesthetic finish. Suitable<br />
for use in sprinkler and non sprinkler<br />
applications when faced to Supertel<br />
board - complies to AS 3837<br />
3 3 3 3 3<br />
deCOrATIVe FACInGS - OnlY SUITABle FOr r1400 SYSTeMS<br />
Thermoplast<br />
White Decorative<br />
Facing<br />
Thermofoil<br />
black<br />
Perforated<br />
foil<br />
A white decorative facing with<br />
medium level of reflectivity 3 3 3 3 3<br />
Low reflectivity foil facing 3 3 3<br />
Available in reflective foil or<br />
Thermoplast white not suitable<br />
as a vapour barrier 3 3 x 3 3<br />
Ultraphon Premium woven glass facing 3 3 3 3 3 3<br />
UNDER SLAB | PAGE 11
4.4. Popular <strong>Under</strong> Slab Product & Facing Combinations<br />
There are many <strong>Bradford</strong> <strong>Insulation</strong> base blanket and facing permutations that can be manufactured. However, the<br />
most applicable and cost effective solutions are as follows:<br />
Application Base Blanket Facing<br />
Car parks where high light reflectivity and high durability<br />
is required.<br />
Supertel or Ultratel glasswool. White Thermoplast<br />
Exposed ceiling where a flat finish is required Supertel or Ultratel glasswool <strong>Under</strong>slab Premium facing<br />
Car parks where high reflectivity and puncture resistance is required Supertel or Ultratel glasswool. <strong>Under</strong>slab premium facing<br />
Car parks where high light reflectivity and good acoustic absorption<br />
is required.<br />
Roof insulation where maximum thermal performance is required and<br />
insulation is hidden from view (ie concealed by plasterboard).<br />
Applications where acoustic absorption is critical. Provides low reflectivity,<br />
high durability and relatively flat surface<br />
Chilled beam applications where acoustic absorption is critical and a<br />
premium black finish is required<br />
Applications where low reflectivity and high durability and relatively dark<br />
surface is required.<br />
Car parks which require low reflectivity and high durability, some pillowing<br />
is acceptable.<br />
UNDER SLAB | PAGE 12<br />
Supertel or Ultratel glasswool. Acoustituff<br />
Glasswool Building Blanket.<br />
Thermofoil Medium or<br />
Heavy Duty<br />
Supertel or Ultratel glasswool. Black Ultraphon<br />
Supertel or Ultratel glasswool Black Ultraphon<br />
Supertel or Ultratel glasswool. Black Thermofoil<br />
Glasswool Building Blanket. Thermofoil
300mm<br />
5. InSUlATIOn InSTAllATIOn<br />
5.1. General<br />
<strong>Bradford</strong> <strong>Insulation</strong>’s under slab products should be<br />
installed by qualified professionals. Care should be<br />
taken in the installation of the insulation to ensure<br />
that sufficient room is provided to allow the insulation<br />
to recover to its design thickness. If the insulation is<br />
compressed the total R-Value will be reduced and the<br />
insulation may not recover to meet the design R-Value<br />
600mm 300mm<br />
UNDER SLAB | PAGE 13<br />
5.2. Installation Beneath Concrete Slab<br />
roofs - Soffits<br />
When fixing insulation to underside of slab, insulation is<br />
pinned to slab using plastic anchors such as Hilti X-IE6<br />
or similar. The insulation lap is taped using a <strong>Bradford</strong><br />
reinforced foil tape. Fixing option 1 facilitates even<br />
spacing of fasteners across the whole project.<br />
Fixing option 1 - Premium appearance - Supertel or Ultratel - limited pillowing<br />
300mm<br />
600mm 600mm 300mm<br />
1150mm 50mm<br />
(min)<br />
Fixing option 2 - Building Blanket - some pillowing<br />
1200mm 150mm<br />
50mm<br />
(min)<br />
1150mm<br />
150mm overlap<br />
Plastic anchor<br />
Foil tape<br />
to match facing<br />
Plastic anchor<br />
Foil tape<br />
to match facing
6. TeCHnICAl InFOrMATIOn - InSUlATIOn<br />
The following tables outline the key technical<br />
information on under slab products. Further information<br />
can be found on the product data sheets<br />
6.1. Specifications<br />
Product<br />
AnTICOn <br />
Base Blanket<br />
Material<br />
r-Value<br />
r MAT<br />
Base<br />
Blanket<br />
nominal<br />
Thickness<br />
(mm)<br />
6.2. Acoustics<br />
Internal environments in applications such as offices<br />
and car parks can be significantly improved by the<br />
introduction of products with acoustic performance.<br />
UNDER SLAB | PAGE 14<br />
available from the <strong>Bradford</strong> <strong>Insulation</strong> website<br />
www.bradfordinsulation.com.au<br />
nominal<br />
length (m)<br />
nominal<br />
Width<br />
(mm)<br />
nominal<br />
Coverage<br />
per roll (m 2 )<br />
nominal<br />
density<br />
(kg/m 3 )<br />
nominal<br />
Pack<br />
Weight* (kg)<br />
Anticon 55 R1.3 60 15 1200 18 9.8 18.63<br />
Anticon 55 R1.3 60 15 1400 21 9.8 21.32<br />
Anticon 75 R1.8 80 15 1200 18 10.8 23.49<br />
Anticon 95 R2.3 100 10 1200 12 11.3 18.90<br />
Anticon 110 R2.5 110 10 1200 12 11.0 19.86<br />
Anticon 100HP R2.5 100 10 1200 12 14.0 22.14<br />
Anticon 130 R3.0 130 10 1200 12 12.0 24.06<br />
Anticon 140 R3.3 140 7.5 1200 9 13.5 21.02<br />
Anticon 145 R3.6 145 7.5 1200 9 15.9 24.80<br />
BUIldInG BlAnKeT<br />
Building Blanket<br />
FleXITel <br />
R1.3 60 15 1200 18 9.8 10.6<br />
R1.8 80 10 1200 12 10.8 10.4<br />
R2.3 100 10 1200 12 11.3 13.6<br />
R3.0 130 10 1200 12 12.0 18.7<br />
Flexitel R3.5 130 2.4 1200 2.88 24 9.4<br />
SUPerTel <br />
Supertel<br />
* Nominal weights based on base blanket/board (for information only)<br />
R0.74 25 2.4 1200 2.88 32 23<br />
R1.1 38 2.4 1200 2.88 32 21<br />
R1.5 50 2.4 1200 2.88 32 23<br />
R1.8 63 2.4 1200 2.88 32 23.2<br />
R2.2 75 2.4 1200 2.88 32 20.7<br />
R3.0 100 2.4 1200 2.88 32 18.4<br />
For applications where acoustics are to be considered,<br />
please contact <strong>Bradford</strong> for project specific technical<br />
information.
6.3. Fire resistance<br />
Where ceiling linings are to be designed for fire resistance the following table provides information on fire indices to<br />
AS/NZS1530.3 and group classifications to AS/NZS3837.<br />
Product Facing<br />
Building Blanket<br />
Supertel<br />
Ultratel<br />
7. OTHer PrOdUCTS<br />
7.1. edmonds Ventilation<br />
Edmonds manufactures an extensive range of naturally and hybrid powered roof<br />
vents for commercial applications.<br />
Product description<br />
Hurricane <br />
ecopower ®<br />
7.2. Accessories<br />
The Australian leader in industrial ventilation. The Edmonds Hurricane ventilator has a vertical<br />
vane design, which considerably increases its exhaust capacity over traditional spherical vane vent<br />
designs of the same throat diameter. Available in throat sizes from 100mm to 900mm, and can<br />
also be supplied to work in corrosive environments. Also available in a wide range of colours to<br />
match Colorbond ®<br />
roofs.<br />
Edmonds ecopower ®<br />
ventilators are the world's first true hybrid ventilators that will work in all<br />
conditions, even when there is no wind. They provide peak performance, using less energy than an<br />
average incandescent light globe. Available in 400mm, 600mm and 900mm throats. Also available<br />
in a wide range of colours to match Colorbond ®<br />
roofs.<br />
<strong>Bradford</strong> <strong>Insulation</strong> recommends a broad range of accessories to enable contractors to get all they need to do the job<br />
from a single supplier.<br />
Product description<br />
reinforced<br />
Foil Tapes<br />
Ignitability<br />
<strong>Bradford</strong> offers a complete range of foil tapes to match the <strong>Bradford</strong> applied product facings, Contact<br />
<strong>Bradford</strong> for full information.<br />
nylon anchors <strong>Bradford</strong> recommends Hilti X-IE6 nylon anchors or similar. For details contact your anchor supplier.<br />
UNDER SLAB | PAGE 15<br />
AS/nZS1530.3 AS/nZS3837<br />
Spread of<br />
Flame<br />
Heat<br />
evolved<br />
Smoke<br />
developed<br />
Group<br />
Classification<br />
Foil (MD & HD) 0 0 0 0-1 1<br />
Thermofoil (Black/White) 14 0 0 4 1<br />
Ultraphon 0 0 0 3 1<br />
Acoustituff 12 0 1 5 1<br />
Premium <strong>Under</strong>slab Facing 0 0 0 0-1 1
Publish date: 09 /11 Doc ref: B 00004<br />
8. HeAlTH And SAFeTY<br />
Glasswool and rockwool insulation products are<br />
excellent insulation materials and are fully safe to use<br />
under all conditions. Both insulation materials have<br />
been in worldwide use for over 70 years, and during that<br />
time their manufacture and use have been extensively<br />
monitored and researched.<br />
<strong>Bradford</strong> <strong>Insulation</strong> glasswool and rockwool products<br />
are manufactured using the latest FBS-1 technology and<br />
are not classified as hazardous according to the criteria<br />
of the ASCC (Formerly NOHSC) guidelines.<br />
Detailed information on health & safety is contained<br />
in the MSDS & ICANZ (<strong>Insulation</strong> Council of Australian<br />
& New Zealand) literature available from our website:<br />
www.bradfordinsulation.com.au.<br />
9. PrOdUCT WArrAnTY<br />
<strong>CSR</strong> Building Products Limited warrants <strong>Bradford</strong><br />
<strong>Insulation</strong> products to be free of defects in materials<br />
and manufacture. <strong>Bradford</strong> <strong>Insulation</strong> foil faced<br />
products should not come into contact with water or<br />
used in an unusual outside application or alkaline<br />
environment, Contact <strong>Bradford</strong> <strong>Insulation</strong> for further<br />
details. For full product warranty details please refer<br />
to our website.<br />
<strong>Bradford</strong><br />
55 Stennett Rd<br />
Ingleburn NSW 2565 Australia<br />
Telephone 1300 887 160 Facsimile (02) 9765 7002<br />
www.bradfordinsulation.com.au<br />
<strong>Bradford</strong> <strong>Insulation</strong> is a business division of <strong>CSR</strong> Building Products Limited ABN 55 008 631 356<br />
The contents of this brochure are copyright protected and may not be reproduced in any form without prior written consent of <strong>Bradford</strong> <strong>Insulation</strong>. Recommendations and<br />
advice regarding the use of the products described in this brochure are to be taken as a guide only, and are given without liability on the part of the company or its employees.<br />
We reserve the right to change product specifications without prior notification, please refer to the <strong>Bradford</strong> website for the latest version of this document. The purchaser<br />
should independently determine the suitability of the product for the intended use and application.