Technical Manual. PDF - smartclad

Specifications and installation details for Direct Fix and Cavity Fix TECHNICAL MANUAL 7.12 

Direct FixeD cavity Batten 

Get a better home with 

SmartClad! 

Advanced timber weatherboards 

with the hidden fixing system. 

The intelligent timber weatherboard 

TM

Introduction 

Purepine Mouldings Limited, manufacturers of Smartclad 

weatherboards with the hidden fixing system, is part of one 

of the longest established sawmilling and mouldings 

manufacturing operations in new Zealand. 

Situated just out of te Puke in the Bay of Plenty, the seven 

and a half hectare site was established back in 1958 as a 

moulding factory. in 1968 the sawmill operation was added. 

Over the years this site has been transformed from the 

original small factory building to a complex of buildings and 

sealed yards custom made for the processes carried out on 

the site. 

radiata Pine is now the only species normally milled. today 

the business is a wholly new Zealand owned family business. 

Sustainability 

Sustainability is a vital policy for us. 

We source all our logs from sustainable plantation forests 

found around the Bay of Plenty, Waikato and Poverty Bay and 

choose with great care to ensure they meet the specifications 

of the products required from them. 

to be competitive as well as cost effective, optimising the 

timber to reduce wastage is vital. to this end we are using 

Opticut technology from Michael Weinig to maximise the 

amount of timber we can use. 

it goes beyond that though. Being efficient everywhere in the 

operation is important. a good example is the use of waste 

sawdust and shavings as bio fuel to produce heat for the kiln 

drying operation. 

We believe, sustainability is paramount to a profitable future. 

NZ Wood 

in a world facing dwindling resources, atmospheric pollution 

and global warming, wood represents our most renewable 

raw material, a truly natural product which can be grown and 

consumed indefinitely. 

collectively the forestry and wood industry 

is new Zealand’s third largest industry 

contributing an enormous amount to our 

economy and making up over 12% of 

new Zealand’s export earnings. 

as a member of nZ Wood, Purepine 

Mouldings Limited’s business practices 

are in line with those of this organisation. 

BRANZ Appraised 

Smartclad bevelback weatherboard cladding system 

with the hidden fixing clip system, has been independently 

assessed by BranZ and has been appraised as being 

suitable for new Zealand Building code compliance. 

Direct FixeD cavity Batten 


TM 

Introduction 4 

BRANZ Appraisal 4 

Components Supplied by SmartClad 4 

Components Supplied by Others 4 

Design Considerations 4 

Installation Information 6 

Maintenance 7 

Health and Safety 7 

Nailing Schedule 7 

Storage and Preparation 8 

Fitting SmartClad Weatherboards 8 

Components 9 

Set-out Guide Direct Fixed and cavity Batten 10 

Detailing Direct Fixed 11 

1.01 Base of Wall. concrete Floor 12 

1.02 Base of Wall. timber Floor 12 

1.03 Soffit 13 

1.04 Sloping Soffit 13 

1.05 reverse Sloping Soffit 14 

1.06 Fascia / Wall Junction 14 

1.07 Boxed external corner 15 

1.08 Mitred external corner 15 

1.09 internal corner 16 

1.10 cavity Parapet/Balustrade Wall Junction Plan 16 

1.11 cavity Parapet/Balustrade Wall Junction 1a 17 

1.12 cavity Parapet/Balustrade Wall Junction 1B 17 

1.13 cavity Parapet/Balustrade Wall Junction 1c 18 

1.14 roof kick-out Flashing 19 

1.15 apron Flashing 19 

1.16 Pipe Penetration 20 

1.17 threshold at Wall 20 

1.18 Window Head a 21 

1.19 Window Sill a 21 

1.20 Window Jamb a 22 

1.21 Meter Box 22 

Detailing Cavity Batten 23 

2.01 Base of Wall. concrete Floor 24 

2.02 Base of Wall. timber Floor 24 

2.03 Soffit 25 

2.04 Sloping Soffit a 25 

2.05 Sloping Soffit B 26 

2.06 Fascia / Wall Junction 26 

2.07 Boxed external corner 27 

2.08 Mitred external corner 27 

2.09 internal corner 28 

2.10 cavity Parapet/Balustrade Wall Junction Plan 28 

2.11 cavity Parapet/Balustrade Wall Junction 2a 29 

2.12 cavity Parapet/Balustrade Wall Junction 2B 29 

2.13 cavity Parapet/Balustrade Wall Junction 2c 30 

2.14 cavity Parapet/Balustrade Wall Junction 2D 31 

2.15 roof Kick-out Flashing 31 

2.16 apron Flashing 32 

2.17 Pipe Penetration 32 

2.18 enclosed Deck to Wall 33 

2.19 Window Head 33 

2.20 Window Sill 34 

2.21 Window Jamb 34 

2.22 Meter Box 35 

2.23 interstory Drained Joint 35 

Warranty Paint System 36 

Warranty Smartclad System 37 

For further information 0800 768 253 email info@smartclad.co.nz or visit www.smartclad.co.nz i 3

SmartClad Weatherboard Systems 

Bevelback Weatherboard Systems l Cavity and Direct Fixed 

1. 

INTRODUCTION 

the Smartclad tM Bevelback cavity and Direct Fixed 

Weatherboards are external wall claddings for use on 

residential and light commercial buildings, where 

domestic construction techniques are used. 

2. 

BRANZ APPRAISAL 

the Smartclad tM Bevelback Weatherboard 

systems have been appraised by BranZ. 

aPPraiSaL no 683 (2010) Smartclad tM Bevelback 

Weatherboard Direct Fix cladding System 

aPPraiSaL no 684 (2010) Smartclad tM Bevelback 

Weatherboard cavity cladding System 

3. 

COMPONENTS SUPPLIED BY SMARTCLAD 

TM 3.1 SmartClad Bevelback Weatherboards are 

manufactured from finger-jointed pinus radiata. they are 

primed and sealed with a Uv coating. 

3.2 SmartClip is a patented plastic clip the slots into 

the pre-formed grooves on the front and rear of the 

boards and is screwed in place. 

3.3 Starter Boards are used to provide a level 

first course of weatherboards. these boards are 

flat-backed, removing the need to use tilting fillets in most 

cases. 

3.4 Pre-scribed Facings, Scribers, Box Corners 

and Internal Corner Scribers are all pre-scribed timber 

trims provided to save labour costs involved with scribing 

each element individually. 

3.5 Cavity Battens – used where a drained cavity is 

required for weathertightness. 

3.6 Eaves Moulding – finish trim used at junction 

between top weatherboard and soffit 

3.7 Joint and Corner Soakers – joint soakers are 

used on long walls where weather boards need to be 

joined. corner Soakers provide an alternative corner 

detail to boxed corners. 

4. 

COMPONENTS SUPPLIED BY OTHERS 

4.1 Flexible Wall Underlays and Rigid Wall 

Underlays – complying with table 23 of nZBc 

acceptable Solution e2/aS1 must be fitted prior to 

weatherboard or cavity batten installation. 

4.2 Building Wrap Support – polypropylene strap, 

75 mm galvanised mesh, galvanised wire, or additional 

vertical timber battens for securing the building wrap in 

place and preventing bulging of the bulk insulation into 

the drainage cavity. (note: mesh and wire galvanising 

must comply with aS/nZS 4534.) 

4.3 Flexible Sill and Jamb Flashing Tape – 

complying with nZBc acceptable Solution e2/aS1 

Paragraph 4.3.11, or flexible flashing tapes covered by a 

valid BranZ appraisal for use around window and door 

joinery openings. 

4.4 Flashings – including external corner flashing, 

internal corner flashing, horizontal inter-storey joint 

flashing, sill flashing, window and door head flashing, 

balustrade and parapet saddle flashing and balustrade 

and parapet cap flashings. refer to nZS 3604, Section 4 

and nZBc acceptable Solution e2/aS1, table 20 for 

durability requirements. 

4.5 Cavity Base Closure (Vermin Proofing) 

– aluminium, stainless steel or uPvc punched with 

3–5 mm diameter holes or slots complying with nZBc 

acceptable Solution e2/aS1, Paragraph 9.1.8.3. 

4.6 Window and Door Trim Cavity Air Seal – air 

seals complying with nZBc acceptable Solution e2/aS1 

Paragraph 9.1.6, or self-expanding, moisture cure 

polyurethane foam air seals covered by a valid BranZ 

appraisal suitable for use around window, door and other 

wall penetration openings. 

4.7 Aluminium Joinery Head Flashings – as supplied 

by the joinery manufacturer or building contractor. 

4.8 Flexible Sealant – sealant complying with nZBc 

acceptable Solution e2/aS1, or sealant covered by a valid 

BranZ appraisal for use as a weather sealing sealant for 

exterior use. 

4.9 Paint System Specification – all exposed faces, 

including top edges at sills and all bottom edges of 

SmartcladtM weatherboards and accessories must be 

finished with at least two coats of an exterior grade latex 

acrylic paint complying with any of Parts 7, 8, 9 or 10 of 

aS 3730. 

4 i For further information 0800 768 253 email info@smartclad.co.nz or visit www.smartclad.co.nz 

5. 

DESIGN CONSIDERATIONS 

5.1 Designer Responsibility – the designer must 

ensure that the details contained in this manual are 

suitable for the intended building design and that 

additional detailing is provided for areas outside the scope 

and specifications of this manual. 

5.2 Cavity or Direct Fix? – Designers can use the 

Weathertightness risk Matrix in nZBc acceptable 

Solution e2/aS1 to determine whether the cladding can 

be direct fixed or whether a drained and vented cavity 

must be incorporated into the cladding system. this 

manual gives details for both scenarios. 



5.3 

Scope of Use – Direct Fix 

the Smartclad tM Bevelback Weatherboard Direct Fixed 

cladding System is to be used as an external horizontally 

fixed wall cladding system for buildings within the 

following scope: 

• the scope limitations of NZBC Acceptable Solution E2/ 

aS1, Paragraph 1.1; and, 

• constructed with timber framing complying with the 

nZBc; and, 

• with a risk score of 0–12, calculated in accordance 

with nZBc acceptable Solution e2/aS1, table 2; and, 

• situated in NZS 3604 Building Wind Zones up to, and 

including ‘Very High’. 

5.4 

Scope of Use – Cavity 

the Smartclad tM Bevelback Weatherboard cavity 

cladding System is to be used as an external horizontally 

fixed wall cladding system for buildings within the 

following scope: 

• the scope limitations of NZBC Acceptable Solution E2/ 

aS1, Paragraph 1.1; and, 

• constructed with timber framing complying with the 

nZBc; and, 

• with a risk score of 0–20, calculated in accordance 

with nZBc acceptable Solution e2/aS1, table 2; and, 

• situated in NZS 3604 Building Wind Zones up to, and 

including ‘Extra High’. 

the Smartclad tM Bevelback Weatherboard cavity 

cladding System can be used for weathertightness and 

structural wind loading when used for timber framed 

buildings subject to specific design up to a design 

differential ultimate limit state (ULS) wind pressure of 

2.5 kPa. 

5.5 Ground Clearances – the ground clearances set 

out in nZS3604:2011 must be adhered to in all cases. the 

bottom edge of the weatherboards must finish a minimum 

of 175 above unpaved ground or minimum 100 mm above 

paved ground. the weatherboards must overlap the 

bottom plate by at least 50 mm. 

the bottom edges of the weatherboards must be kept 

clear of decks or adjacent surfaces/roof flashings at 

low pitch roof/wall junctions by a minimum of 35 mm. See 

detail drawings. 

5.6 Framing – timber framing must comply with nZS 

3604 for buildings or parts of buildings within the scope 

limitations of nZS 3604. Buildings or parts of buildings 

outside the scope of nZS 3604 must be to a specific 

design in accordance with nZS 3603 and aS/nZS 1170. 

Where specific design is required, the framing must be of 

at least equivalent stiffness to the framing provisions of 

nZS 3604. in all cases studs must be at maximum 600 

mm centres. Dwangs must be fitted flush between the 

studs at maximum 800 mm centres. 

For timber framed buildings subject to specific design up 

to a design differential ultimate limit state (ULS) 

wind pressure of 2.5 kPa, the studs must be at maximum 

400 centres 

5.7 Cavity Construction – Buildings using cavity 

construction must incorporate the following additional 

features: 

• Cavity vent strip – to prevent vermin entry into the 

cavity and to add drainage from the cavity 

• Inter-storey junctions – Walls over two storeys in height 

must incorporate inter-storey drained joints in 

accordance with nZBc acceptable Solution e2/aS1, 

Paragraph 9.1.9.4(b). See figure 2.18 of this manual. 

5.8 Paint Finish – the use of a high quality acrylic top 

coat is advised. Ensure a minimum of 150 wet microns 

is applied. the painting must be completed not later than 

45 days after installation. More paint applied will aid the 

performance over time. 

TM 5.9 For SmartClad Bevelback weatherboards, PurePine 

Mouldings Limited recommends using paint with a colour 

which has a Light Reflective Valve (LRV) of greater than 

or equal to 45%. 




6. 

INSTALLATION INFORMATION 

(Please see page 6 for nailing Schedule.) 

6.1 Prior to Weatherboard Installation 

the flexible wall underlay (or rigid wall underlay) must be 

fitted in accordance with manufacturer’s instructions. in 

particular it is essential that the underlay is dressed into 

the window/door opening, and the flashing tapes fitted to 

the jambs and sills and at the corners of the opening head. 

6.2 

Cavity Construction 

6.2.1 Where cavity construction is specified, Smartclad 

structural cavity battens must be installed over the 

building wrap to the wall framing at maximum 600 mm 

centres where the studs are at 600 mm centres or at 400 

mm centres when studs are at 400 mm centres. refer to 

BranZ Bulletin number 475 for further information. 

6.2.2 Where studs are at greater than 450 mm centres, 

a building wrap support (e.g. polypropylene strap) must 

be installed over the building wrap at maximum 300 mm 

centres horizontally. 

6.2.3 cavity starter strips – must be fitted to close off the 

cavity from vermin. the strip should be in accordance 

with nZBc acceptable Solution e2/aS1 Paragraph 

9.1.8.3. 

6.3 Flashings – where required, flashings such as 

corner, sill and saddle flashings must be installed prior to 

weatherboard installation. 

6.4 Fitting Weatherboards – See details on page 8. 

6.5 Joining Weatherboards – Fix weatherboards in 

full lengths where possible. Where joints are unavoidable, 

scarf the weatherboard at 45° over a stud/cavity batten 

and fix with one nail fixing through the overlapping board. 

Prime the cut ends of all scarf joints with two coats of 

premium timber primer before fixing. 

alternatively Smartclad tM Joint Soakers may be used. 

6.6 Fitting Window And Door Joinery – ideally, 

weatherboards should be fitted till the top of the opening 

is reached, then the joinery fitted. this allows for the 

boards to be fitted beneath the window flange and for the 

head flashing to be fixed over the window, then 

subsequent boards fixed over the head flashing. 

6.7 Prime Cut Ends – prior to fitting weatherboards or 

other timber trims, prime the cut ends with two coats of 

premium timber primer. 

6.8 Nailing Gable Ends and Top Boards – in some 

situations, it may not be possible to use the Smartclip 

and screw (e.g. gable ends, top board as the Smartclip 

may not let the eaves Moulding sit flat.) instead the 


tM 

weatherboards can be nailed conventionally, that is use 

75 x 3.15 mm hot-dip galvanised or stainless steel ring 

shank jolt head nails. the nail must be located 40 mm above 

the bottom edge of the overlap board and be punched a 

maximum of 2 mm below the surface of the board. Start 

fixing the weatherboards at the middle of their length and 

work outwards to the ends. Pre-drill all nail fixings within 

50 mm of the end of the board. 

6.9 External Corners – are finished by either using the 

SmartcladtM box corners or Smartclad tM corner soakers. 

6.10 Internal Corners – are finished by either scribing and 

notching alternate weatherboards or the Smartclad tM 

internal corner Scriber can be fitted. 

6.11 Facings – after the joinery and weatherboards are 

installed, the jambs of the window are finished with either 

a Smartclad tM Pre-Scribed Scriber or Pre-Scribed Facings. 

tM 6.12 SmartClad Sill – is an optional timber sill board that 

can be fixed to the sill of windows for aesthetic purposes. 

6.13 Eaves Moulding – is a cover trim to finish the junction 

between the top of the wall and the soffit. 

6.14 Air Seals – a nominal 5 to 10 mm gap must be left 

between the joinery reveal and the framing. a PeF backing 

rod is inserted and the gap sealed with a self-expanding 

polyurethane foam or sealant, in accordance with nZBc 

acceptable Solution e2/aS1 Paragraph 9.1.6. 

6.15 Finishing – Prior to painting the boards must be 

cleaned down, and any nail holes filled. the paint coating 

manufacturer’s instructions must be followed at all times 

for application of the paint finish. Smartclad tM Bevelback 

weatherboards must be painted as soon as practicable 

following fixing. 

all exposed faces, including top edges at sills and all 

bottom edges of Smartclad tM weatherboards and 

accessories must be finished with at least two coats of an 

exterior grade latex acrylic paint complying with any of 

Parts 7, 8, 9 or 10 of aS 3730. 

if Smartclad tM weatherboards are exposed to the weather 

for more than 60 days, they must be re-primed with one 

coat of alkyd primer prior to the application of the finishing 

coats. the recommended drying time between coats and 

the temperature limitations for application must be followed. 

(Note: For SmartClad TM Bevelback weatherboards, 

PurePine Mouldings Limited recommends using paint with 

a colour which has a Light Reflective Valve (LRV) of greater 

than or equal to 45%.) 


7. 

MAINTENANCE 

7.1 Building owners are responsible for the maintenance of 

the Smartclad tM Bevelback Weatherboard cladding System. 

7.2 regular maintenance is essential to ensure the 

performance requirements of the nZBc are continually met 

and to ensure the maximum serviceability of the system. 

7.3 regular cleaning (at least annually) of the paint coating 

is required to remove grime, dirt and organic growth and to 

maximise the life and appearance of the paint. Grime may 

be removed by brushing with a soft brush, warm water and 

detergent. Paint systems must be recoated at approximately 

7–10 yearly intervals in accordance with the paint 

manufacturer’s instructions. 

7.4 annual inspections must be made to ensure that all 

aspects of the cladding system, including the paint coating 

system, flashings and any sealed joints remain in a 

weatherproof condition. any damaged areas or areas showing 

NAILING SCHEDULE 

signs of deterioration which would allow water ingress must 

be repaired immediately. Sealant and paint coatings must be 

repaired in accordance with the relevant manufacturer’s 

instructions. 

7.5 Minimum ground clearances as set out in this manual 

must be maintained at all times during the life of the system. 

(Failure to adhere to the minimum ground clearances will 

adversely affect the long term durability of the Smartclad tM 

Bevelback Weatherboard cladding Systems.) 

8. 

HEALTH AND SAFETY 

tM 8.1 Smartclad weatherboards and timber accessories 

are cut with conventional hand and power tools. cutting of 

boards must be carried out in well ventilated areas. Personal 

protective equipment such as dust masks, eye and hearing 

protection must be worn. 

Profile Nail Size and Treatment* Number & Location Comment 

Bevelback 

Weatherboards 

or 

Starter Boards 

Cavity Battens 

(where required) 

SmartClip and 

8 gauge x 65 mm screw 

75 x 3.15 mm hot-dipped galvanised, jolt head, hand driven 

or 

75 x 3.15 mm stainless steel ring-shanked, jolt head, hand driven 

60 x 2.8 mm hot-dipped galvanised, or stainless steel ring-shanked, 

jolt head hand driven 

or 

65 x 2.87 mm hot-dipped galvanised, or stainless steel ring-shanked, 

jolt head power driven nail 

Box Corner 75 x 3.15 mm hot-dipped galvanised, jolt head, hand driven 

or 


Prescribed Facings 75 x 3.15 mm hot-dipped galvanised, jolt head, hand driven 

or 


Prescribed Scriber 60 x 2.8 mm hot-dipped galvanised, jolt head, hand driven 

or 


Internal Corner Scriber 60 x 2.8 mm hot-dipped galvanised, jolt head, hand driven 

or 


SmartClad tM Sill 75 x 3.15 mm hot-dipped galvanised, jolt head, hand driven 

or 


Eaves Moulding 60 x 2.8 mm hot-dipped galvanised, jolt head, hand driven 

or 


1 at each stud Used in most situations 

1 at each stud Only use where SmartClip not 

suitable such as gable ends 

and top boards. 

Maximum 

300 mm centres 

Stagger 12 mm each side of 

centre line 

Every third board Bead of sealant required to 

back of board prior to nailing 

Every third board Bead of sealant required to 


Every second board Bead of sealant required to 


Every second board Bead of sealant required to 


Maximum 


Maximum 


* Treatment depends on corrosion exposure. Hot-dip galvanising must comply with AS/NZS 4680 and stainless steel fixings must be Grade 316. 



1 

2 

3 

8 i 

Step 1 Storage and preparation 

• ensure that Smartclad weatherboards are correctly stored and protected 

prior to installation. 

• all weatherboards must be stored indoors or under a totally-weatherproof 

cover at all times. 

• the wrap that protects Smartclad when it is delivered is only a showerproof 

transit cover. it is not suitable for use as a weatherproof cover. 

• it is recommended that you apply a single coat of paint to each 

weatherboard before installation. choose paint with a colour that has a 

light reflective value (Lrv) of 45% or more. 

Step 2 Position the starter boards 

• correct alignment of the starter board is the key to a perfect job. 

take time to position this board as accurately as possible. 

• Position the starter board so that it overlaps the concrete base of 

foundation by at least 50mm. 

• confirm that the board is level with a laser or string line. 

• nail the starter board to the bottom plate of the framing 75 to 100mm 

up from the bottom base board. 

• For best results, use a pre-shaped scriber or a self-made story rod as a 

set out guide to ensure the weatherboards line up with heads of windows. 

• Fix top of starter board with Smartclip and 65mm 8 gauge screw. 

Step 3 Install each weatherboard 

• Fit the angled groove on the reverse of the Smartclad weatherboards 

over the Smartclips along the length of the previous board. the board 

will sit in place with little effort while you prepare to secure it. 

• Fit the Smartclip into the rebate on the top of the weatherboard, making 

sure the clip is angled upwards. 

• With a little downward pressure on top of the board, screw the clip into 

place using the 65mm x 8 gauge screw, using the angled hole in the clip 

as a guide. 

• if needed, give the weatherboard a gentle downward tap with your 

hammer to make sure it is seated firmly. 

• to ensure you achieve the correct vertical cover of each board, use a 

pre-shaped scriber as a story rod while you install the weatherboards. 

this assists the correct fit of the pre-shaped scribers, window facings 

and box corners once the cladding is installed. 

For further information 0800 768 253 email info@smartclad.co.nz or visit www.smartclad.co.nz 

Step 4 Finishing 

• Prime cut ends – more paint 

will help seal the timber from 

moisture uptake and reduce 

dimensional movement. 

• Paint Smartclad weatherboards 

as soon as possible to maintain 

their pristine finish. 

• the use of a high quality acrylic 

top coat is advised. Ensure a 

minimum of 150 wet microns 

is applied. 

the painting must be completed 

not later than 60 days after 

installation. More paint applied 

will aid the performance over 

time. 

Smartclad TM 

components 

1 3 

2 

7 8 

4 

9 

6 

10 

5 

15 16 

17 18 

11 12 13 14 

Product Code Size Length 

1 SmartClip 500 per box SCC 40mm x 18mm 

2 SmartClad Screws – Stainless 500 per box SSS 8 Gauge 65mm 

SmartClad Screws – Zinc 500 per box SSZ 8 Gauge 65mm 

3 Starter Board SB140 140mm x 34mm 6.0 metres 

4 Starter Board SB185 185mm x 32mm 6.0 metres 

5 Bevelback Weatherboard BBW140 140mm x 18mm 6.0 metres 

6 Bevelback Weatherboard BBW185 185mm x 18mm 6.0 metres 

7 Pre-shaped Scriber SPS140 40mm x 10mm 5.4 metres 




11 Pre-shaped Facing SPF140 88mm x 34mm or 42mm x 34mm 5.4 metres 

12 Pre-shaped Facing SPF185 88mm x 34mm or 42mm x 34mm 5.4 metres 

13 Pre-shaped Box Corner (Male) SCBC 88mm x 18mm 5.4 metres 

14 Pre-shaped Box Corner (Female) SCBC 100mm x 18mm 5.4 metres 

15 Cavity Batten FJCVB 45mm x 21mm 5.4 metres 

16 Eaves Moulding M40 40mm x 27mm 5.4 metres 

17 SmartClad Sill SCS 55mm x 42mm 5.4 metres 

18 Internal Corner Board SISCS 40mm x 40mm 5.4 metres 

Fascia F69 135mm x 18mm 6.0 metres 


Fascia – laminated F70A 230mm x 18mm 6.0 metres 

Fascia F71 135m x 29mm 6.0 metres 


Product Code Product Code 

19 Flat Soaker Galv. Specify 140, 185 25 per bx FSG 20 Corner Soaker Galv. Specify 140, 185 25 per bx CSG 

Flat Soaker S/S. Specify 140, 185 25 per bx FSS Corner Soaker S/S. Specify 140, 185 25 per bx CSS 

For further information 0800 768 253 email info@smartclad.co.nz or visit www.smartclad.co.nz i 9 

19 

20

Smartclad TM 

Set-out Guide l Direct Fixed and Cavity Batten 


SmartClad Installation Detailing 

CAD Drawings Direct Fixed

DIRECT FIXED INSTALLATION 

Figure 1.01 l Base of Wall. Concrete Floor 

Bottom plate on DPC layer 

Figure 1.02 l Base of Wall. Timber Floor 

Selected flooring 

6mm Framing overhang 

BASE DETAIL CONCRETE FLOOR 

DIRECT FIXED DETAIL 

Floor joist 

Wall plate on DPC layer 

Foundation wall 

Wall underlay 

Concrete Slab 


50mm min. 

TM 

Smartclad weatherboards 

TM 

Smartclad starter board 

150mm min. to protected ground 

225mm min. to unprotected ground 


CAD Drawings Direct Fixed 

Finished Ground Level 

Wall underlay 

50mm min. 

TIMBER FLOOR FOUNDATION 


TM 


TM 


150mm min. to 

protected ground 

and 225mm min. to 

unprotected ground 

Figure 1.03 l Soffit 

Figure 1.04 l Sloping Soffit 

Wall underlay 

Soffit bearer to close off top 

of cavity from soffit space 

Soffit lining 

18 x 18 min. timber trim with 

minimum 6mm chamfer to 

internal corner 

TM 


Solid blocking 




TM 


SOFFIT 


Profiled metal roofing 

Underlay 

Wall underlay 

SLOPING SOFFIT 




Figure 1.05 l Reverse Sloping Soffit 

50mm min. 


35mm CAD min. Drawings Direct Fixed 

Wall underlay 

TM 


Figure 1.06 l Fascia / Wall Junction 

Drip edge to flashing 

Eaves flashing used in 

Situation 2 as defined in 

Flashing Table NZBC 

E2/AS1 

Spouting 


REVERSE SLOPING SOFFIT 


H3.1 Packing as required 

Timber fascia board 

TM 



50mm min. 

Overhang 

Ensure that weatherboard 

projects above top of fascia 

FASCIA / WALL JUNCTION 



Underlay 


Wall underlay 

Figure 1.07 l Boxed External Corner 

Smartclad TM 

box corner 100/88 

(2 piece) 

Smartclad TM 

weatherboards 

Building wrap continuous 

around corner 

Figure 1.08 l Mitred External Corner 

Tight mitred corner joint to 

horizontal weatherboards 

50x50mm corner flashing over 

building wrap 

TM 


Wall underlay continuous 

around corner 

50mm min. cover to weatherboard 

BOXED EXTERNAL CORNER 


MITRED EXTERNAL CORNER 




Figure 1.09 l Internal Corner 




around corner 

Figure 1.10 l Cavity Parapet / Balustrade to Wall Junction. Plan 

Window trimming 

stud 

Cladding fixing 

clear of framing 

Selected internal lining 

Wall framing 

150mm min. to face 

of window or door 

jamb stud 

Line of sloping H3.1 

treated packer above 

Double stud 

TM Smartclad internal 

corner board 

INTERNAL CORNER 


40mm 

min. 

Parapet or balustrade 

wall framing 

Corner flashing with minimum 

50 mm cover to weatherboard 

TM 


40mm 

min. 

Wall underlay 


Drain formed in corner 

Parapet or balustrade building 

wrap lapped around corner 

TM 

Smartclad internal corner board 


50mm cover to weatherboards 

TM 


CAVITY PARAPET / BALUSTRADE TO WALL 

JUNCTION DIRECT FIXED DETAIL 

Figure 1.11 l Cavity Parapet / Balustrade to Wall Junction 1A 

Wall framing 

Wall underlay 

Flexible flashing tape dressed 

up and securely adhered to 

building wrap 


min. 50mm down face of battens 


Figure 1.12 l Cavity Parapet / Balustrade to Wall Junction 1B 

Corner flashing on face 

of wrap behind saddle flashing 

Cavity battens to balustrade 

5° min. 

slope 

(1 : 12) 

Framing 

Sloped packer to extend across cavity at wall junction 



Wall framing 

Wall underlay 



building wrap 





5° min. 

slope 

(1 : 12) 


over top of framing 

Framing 








100mm min 

Figure 1.13 l Cavity Parapet / Balustrade to Wall Junction 1C 



50mm min 

SADDLE FLASHING 

Framing 

Wall underlay 

50mm min 

Two lines of 

sealant 

5° min. 

slope 

TM 




100mm min 

50mm min 


Wall underlay 


50mm min 

Framing 

Two lines of 

sealant 

5° min. 

slope 

TM 


Line of saddle flashing 

behind cladding 

Rivet through sealant 

Capping flashing 

Two lines of sealant to 

capping and flashing 


wall framing 



Cavity 

TM 




Figure 1.14 l Roof Kick-out Flashing 

Wall underlay 

TM 


Tapered stop-end to 

divert apron flashing 

water into gutter 

Stop spouting 10mm min. 

clear of finished wall cladding 

10mm 

Transition tray flashing 

extended to underside of 

roofing 

Figure 1.15 l Apron Flashing 

TM 




Fall 

Spouting 

ROOF KICK-OUT FLASHING 


TM 


Wall underlay lapped over flashing 

Smartclad weatherboard with cant strip 






wall framing 

110mm minimum upstand 

flashing with 10mm hem 

5mm gap max. for 

notched downturn 



Cavity 

X - refer to table 7 

E2/AS1 

Roofing 

Stopend 

Apron flashing 

Fasica 

35mm 

min. 

Apron flashing upstand 

behind cladding and 

building wrap 

Roofing 

Support nog 

Underlay carried up 

face of framing behind 

upstand flashing 

Eaves and soffit 


75mm 

APRON FLASHING 

DIRECT FIXED DETAIL


Figure 1.16 l Pipe Penetration 

tClad Installation Detailing 

AD Drawings Direct Fixed 

Timber fillet backing to suit, fixed 

over sealant to weatherboard 

Flexible flashing tape adhering 

around pipe and onto wall underlay 

(100mm lap to underlay and 25mm 

to pipe) 

Flange plate to protect sealant from 

exposure to sunlight 

Figure 1.17 l Threshold at Wall 

Sealant with backing rod 

TM 


PIPE PENETRATION 


TM 


Wall offset to deck 

structure min. 6mm 

Finished floor 

level 

Floor structure 


35mm min. 

100mm min. 

Cant strip where required 

for support 

Solid blocking around 

penetration with minimum 

75mm overlap to underlay 

75mm all around 

Enclosed deck structure 

THRESHOLD AT WALL 


Wall underlay 

Carry membrane up behind wall 

underlay and past the bottom plate 

of the wall framing 

150mm min. 

Figure 1.18 l Window Head A 

Figure 1.19 l Window Sill A 

Additional wall underlay from 

overlap above lapped flashing 

TM 

Smartclad weatherboard 

Cant strip where required for support 

Head flashing with 15° slope 5mm gap 

10mm 

cover 

50mm long sealant strip at both 

ends of flashing 

5mm gap 

Sill flashing to line with back of window frame 

Sill flashing with 5° min. fall 

and hem to back edge 

10mm min. joinery cover to flashing 

35mm min. flashing cover 

5mm gap without seal 

Horizontal batten under window 

as necessary to suit profile 

35mm min flashing cover 

WINDOW HEAD 


10 

WINDOW SILL 


Wall underlay dressed into 

opening with flexible flashing 

tape installed over wrap to 

corners at head 

Air seal 

Packers 

Air seal 

Packers 

Chamfer trimmer plate as 

required to suit flashing or use 

shaped sill packers 

Wall underlay with flashing tape 



ation Detailing 

s Direct Fixed 

Figure 1.20 l Window Jamb A 

Figure 1.21 l Meter Box 

22 i 



tape installed over wrap 

TM Smartclad pre-scribed 

40 x 10mm scriber extending to 

underside of head flashing 

TM 


Line of head flashing 

Additional wall underlay flap, lapped 

over head flashing upstand 


10mm 

min. cover 

5mm min. clearance 

Seal and rivet 30 x 30mm angle 

to meterbox all round 

TM 


5mm 

min 

Air seal 

Packers 

20mm min. 

10mm 

min. cover 

WINDOW JAMB 


35mm 

min 

Note : Jamb detail similar to sill with angle to give cover to 

weatherboard with a Smartclad pre-scribed 40 x 10mm scriber 

METER BOX 



Line of sill flashing under 

Cut slot in cladding for sill 

flashing 

Fit airseal around all 

sides of meterbox 

Head flashing with 15° slope 

extended to 20mm beyond 

edge of meterbox 

Wall underlay turned into 

framing opening, flexible 

flashing tape to trimmer and 

turn up 100mm at ends 


CAD Drawings Cavity Batten

CAVITY BATTEN INSTALLATION 

Figure 2.01 Base of Wall. Concrete Floor 

Bottom plate on DPC layer 

Cavity base closure 

Cavity batten 

BASE DETAIL CONCRETE FLOOR 

Figure 2.02 Base of Wall. Timber Floor CAVITY DETAIL 

Selected flooring 

Floor joist 

Wall plate on DPC layer 

Foundation wall 

Wall underlay 

Concrete Slab 

TM 


TM 



15mm 

50mm min. 

225mm min. to unprotected ground 

150mm min. to protected ground 

Finished Ground Level 

15mm 

TIMBER FLOOR FOUNDATION 

CAVITY DETAIL 

Wall underlay 

TM 


Cavity batten 

TM 


50mm min. 

Cavity base closure 

150mm min. to 

protected ground 

and 225mm min. to 

unprotected ground 

Figure 2.03 Soffit 

Figure 2.04 Sloping Soffit A 

Soffit to close off cavity 

Soffit lining 




TM 


Blocking to close off 

cavity from roof 

space or continuous 

horizontal batten 

Wall underlay 




TM 


Drainage cavity 

SOFFIT 

CAVITY DETAIL 


Underlay 

Wall underlay 

SLOPING SOFFIT 

CAVITY DETAIL 

Top cavity batten 

as required 



Figure 2.05 l Sloping Soffit B 

Drip edge to flashing 

Figure 2.06 l Fascia / Wall Junction 

Wall underlay 

50mm min. 

35mm min. 

TM 


Ensure that weatherboard 

projects above top of fascia 

Eaves flashing used in 

Situation 2 as defined in 

Flashing Table NZBC 

E2/AS1 

Spouting 


REVERSE SLOPING SOFFIT 

CAVITY DETAIL 

H3.1 Packing as required 

Timber fascia board 

TM 



50mm min. 

Overhang 

Continuous horizontal 

batten to close off cavity 

Cavity battens 

Internal lining 

FASCIA / WALL JUNCTION 

CAVITY DETAIL 

Underlay 

Continuous horizontal 

batten to close off cavity 



Wall underlay 

Figure 2.07 l Boxed External Corner 

Smartclad TM box corner 100/88 

(2 piece) 

TM 



around corner 

Figure 2.08 l Mitred External Corner 

Tight mitred corner joint to 

horizontal weatherboards 

50x50mm corner flashing over 

building wrap 

TM 



around corner 

50mm min. cover to weatherboard 

BOXED EXTERNAL CORNER 

CAVITY DETAIL 


MITRED EXTERNAL CORNER 

CAVITY DETAIL 




Figure 2.09 l Internal Corner 


around corner 

Figure 2.10 l Cavity Parapet / Balustrade to Wall Junction. Plan 

Window trimming 

stud 

Internal lining 

Wall framing 

150mm min. to face 

of window or door 

jamb stud 

Line of sloping H3.1 

treated packer above 

Double stud 

INTERNAL CORNER 

CAVITY DETAIL 

40mm 

min. 


wall framing 

40mm 

min. 

TM 

Smartclad internal 

corner board 



50 mm cover to weatherboard 

TM 


Wall underlay 



Parapet or balustrade building 

wrap lapped around corner 

TM 


Corner flashing with 50mm cover 

to weatherboards 

TM 



JUNCTION CAVITY DETAIL 


Figure 2.11 l Cavity Parapet / Balustrade to Wall Junction A 

Wall framing 

Wall underlay 



building wrap 





5° min. 

slope 

(1 : 12) 


Figure 2.12 l Cavity Parapet / Balustrade to Wall JUNCTION Junction B DETAIL 



building wrap 

Wall framing 

Wall underlay 



Corner flashing on face 

of wrap behind saddle flashing 




Framing 




5° min. 

slope 

(1 : 12) 

Framing 



JUNCTION DETAIL 





100mm min 

Figure 2.13 l Cavity Parapet / Balustrade to Wall Junction C 


30 i 

50mm min 

Framing 

Wall underlay 

50mm min 

Two lines of 

sealant 

5° min. 

slope 

TM 




100mm min 

50mm min 


Wall underlay 



50mm min 

Framing 

Two lines of 

sealant 

5° min. 

slope 

TM 









wall framing 



Cavity 

TM 





Figure 2.14 l Cavity Parapet / Balustrade to Wall Junction D 

Underlay to provide separation 

of metal capping and timber 

9mm H3 ply packer to slope 

TM 


Figure 2.15 l Roof Kick-out Flashing 

TM 




Wall underlay 

Z 

5° slope min. 

Metal capping 

Birds beak drip edge where 

used as balustrade capping Parapet/Balustrade framing 

TM 


Tapered stop-end to 

divert apron flashing 

water into gutter 


Stop spouting 10mm min. 

Capping flashing clear of finished wall cladding 



10mm 

Transition tray flashing 

extended to underside of 

roofing 


wall framing 



Cavity 

Note : Install flexible flashing tape and saddle flashing at junction with full height wall 

Z = variable according to wind zone. Refer to E2/AS1 Table 7 

CAVITY PARAPET / BALUSTRADE TO 

WALL JUNCTION CAVITY DETAIL 


Fall 

Spouting 

ROOF KICK-OUT FLASHING 

CAVITY DETAIL 


Z 


Apron flashing 

Fascia 

Apron flashing upstand 

behind building wrap and 

cladding 

Roofing 

Eaves and soffit


Figure 2.16 l Apron Flashing Figure 2.18 l Enclosed Deck to Wall 

TM 


Cavity base closure with 15mm 

drip edge to cladding 

Smartclad weatherboard with cant strip 

110mm minimum upstand 

flashing with 10mm hem 

5mm gap max. for 

notched downturn 

TM 


X - refer to table 7 

E2/AS1 

Roofing 

Stopend 

APRON FLASHING 

CAVITY DETAIL 

Wall underlay lapped 

over flashing 

Support nog 

Underlay carried up 

face of framing behind 

upstand flashing 


75mm 

35mm 

min. 

Figure 2.17 l Pipe Penetration Figure 2.19 l Window Head 

Timber fillet backing to suit, fixed 

over sealant to weatherboard 

Flexible flashing tape adhering 

around pipe and onto wall underlay 

(100mm lap to underlay and 25mm 

to pipe) 

Flange plate to protect sealant from 

exposure to sunlight 

Sealant with backing rod 

PIPE PENETRATION 

CAVITY DETAIL 

75mm all around 

Cant strip where required 

for support 

Solid blocking around 

penetration with minimum 

75mm overlap to underlay 

Wall underlay 

TM 



Finished floor 

level 

Floor structure 



35mm min. 

100mm min. 

150mm min. 

Enclosed deck structure 

ENCLOSED DECK TO WALL 

CAVITY DETAIL 

TM 


Additional wall underlay from 

overlap above lapped flashing 




15mm 

min. 

10mm 

cover 


Stopends to head flashing 

to finish at back of cladding 

5mm gap 

35mm min flashing cover 

WINDOW HEAD 

CAVITY DETAIL 

Carry membrane up behind wall 

underlay and past the bottom plate 

of the wall framing 



tape installed over wrap to 

corners at head 

Air seal over PEF rod 

Packers 


7.5mm


Figure 2.20 l Window Sill 

Figure 2.21 l Window Jamb 

10mm min. joinery cover to flashing 

Horizontal batten under window 

as necessary to suit profile 

TM 


Frame block 


opening with flexible flashing tape 

installed over wrap to corners 



tape installed over wrap 

Cavity batten 

TM 


TM Smartclad pre-scribed 

40 x 10mm scriber extending to 

underside of head flashing 

WINDOW SILL 

CAVITY DETAIL 


10 

Air seal over PEF rod 

Packers 

20mm min. 

Sill support bar 

7.5mm 

10mm 

min. cover 

WINDOW JAMB 

CAVITY DETAIL 

7.5mm Air seal over PEF rod 

Packers 

Wall underlay with flashing 

tape continuous along sill, 

100mm up jambs and 50mm 

onto face of building wrap 


Line of head 

flashing 

Figure 2.22 l Meter Box 

Additional wall underlay flap, lapped 

over head flashing upstand 




5mm min. clearance 

Figure 2.23 l Interstory Drained Joint 

10mm 

min. cover 

Seal and rivet 30 x 30mm angle 

to meterbox all round 

TM 


Additional building wrap 

dressed over flashing 

5mm 

min 

35mm 

min 

Fit airseal around all 

sides of meterbox 

Wall underlay turned into 

framing opening, flexible 

flashing tape to trimmer and 

turn up 100mm at ends 

Cavity batten 

Note : Jamb detail similar to sill with angle to give cover to 

weatherboard with a Smartclad pre-scribed 40 x 10mm scriber 

METER BOX 

CAVITY DETAIL 

5mm 

min 

Cavity batten 


extended to 20mm beyond 

edge of meterbox 



TM Smartclad bevelback starter board 

or weatherboard with cant strip 

35mm min. 

cover 

35mm min. 

cover 

15° slope to 

Interstorey flashing 

Building wrap 

NOTE: To be used to limit continuous cavities to the lesser of 2 storeys or 7 metres 

INTERSTOREY DRAINED JOINT 

100 mm cavity spacers set to fall 

100 mm cavity spacers set to fall 


Warranty for painting system Warranty for SmartClad system 

PPG INDUSTRIES NEW ZEALAND LIMITED PAINT SYSTEM 

GUARANTEE APPLICABLE FOR PRIMED TIMBER 

PRODUCTS MANUFACTURED BY PUREPINE MOULDINGS 

LIMITED NEW ZEALAND 

Limited Warranty – Effective 16 February 2012. 

1. Subject to the following terms and conditions, PPG industries 

new Zealand Limited (“PPG”) warrants for a period of 10 years 

from installation of the primed products, and completion of 

top coat painting in accordance with the conditions and 

specifications set out on label directions and below, that under 

normal exposure conditions, PPG Weathertough Gloss acrylic 

or PPG Weathertough Low Sheen acrylic will not: 

• Blister, peel and flake: the finish coat will not blister, peel 

or flake for a period of 10 years over PPG primed timber 

Products. 

Warranty Terms and Conditions 

2. two coats of topcoat using the PPG architectural products 

named above shall be applied in accordance with the surface 

preparation procedures set out in the label directions. each 

coat of topcoat must be applied at a coverage rate of not more 

than 16 square metres per litre of paint 

3. application of PPG architectural products named above 

should take place within two months of the primed timber 

products being exposed to the weather. Painting outside that 

period may require further preparation and repriming with PPG 

3 in 1 Primer Sealer Undercoat to a tradesman like standard 

where chalking or other surface damage has occurred 

4. IN THE EVENT THAT THE PAINTING SYSTEM ON THE 

TIMBER PRODUCT FAILS TO CONFORM TO THIS 

WARRANTY, PPG AS ITS SOLE LIABILITY AND IN LIEU 

OF ANY DIRECT OR INDIRECT, INCIDENTAL, SPECIAL 

OR CONSEQUENTIAL DAMAGES, WILL AT ITS OPTION, 

FURNISH SUFFICIENT REPLACEMENT PAINT TO 

ENABLE THE TIMBER PRODUCTS INVOLVED TO BE 

REPAINTED, OR REFUND THE PURCHASE PRICE 

ORIGINALLY PAID FOR THE PPG PRODUCTS. LABOUR 

OR COSTS OF LABOUR FOR THE APPLICATION OF ANY 

PRODUCT OR OTHER EXPENSES (FILLERS, 

SANDPAPER, SCAFFOLDING ETC) ARE SPECIFICALLY 

EXCLUDED TO THE EXTENT PERMITTED BY LAW. 

PPG’S OBLIGATION UNDER THIS WARRANTY SHALL IN 

NO EVENT EXCEED THE PURCHASE PRICE OF THE 

ORIGINAL PRODUCT. ANY REPLACEMENT PAINT 

PRODUCT PROVIDED IN RESPONSE TO A WARRANTY 

CLAIM SHALL BE WARRANTED ONLY FOR THE 

BALANCE OF THE WARRANTY PERIOD. 

5. Further, the warranty does not apply or extend to: 

a) Damage of failure caused by improper application of the 

primer to the primed timber products, failure to adhere to 

applicable surface preparation and application 

procedures, or failure to take appropriate quality control 

measures, in relation to the application of the primer to 

the timber products; 

b) Damage or failure caused by excessive warping, 

cupping, splitting, cracking and shrinkage of primed 

timber products, breakdown of underlying substrate; 

falling objects’ faulty or improper storage and 

installation; lack of proper maintenance; accidental 

damage; structure defects; fire, lightening, hurricane, 

tornado, windstorm, earthquake, hail or other acts of 

God; harmful chemicals, including harmful cleaning 

compounds, surface deterioration due to air pollution; 

misuse, abuse, vandalism, mildew accumulation, 

scratching, abrading or misuse/abuse of pre-finished 

product after application; 

c) extractive bleeding, mildew and efflorescence; 

d) Damage or failure caused by chemical or preservative 

treatment of the timber or by any chemicals, 

preservatives or solvents used in the treatment of timber 

6. except as set out in this guarantee PPG makes no other 

express nor implied warranties in relation to the PPG Product 

or the painted timber products. PPG specifically disclaims any 

implied warranties to the extent permitted by law 

Claims 

7. to make a claim under this warranty contact your PPG sales 

representative on the numbers below: 

• New Zealand – 0800 263 766 

8. When making a claim you must supply proof that the alleged 

defective coating is PPG Weathertough Gloss acrylic or PPG 

Weathertough Low Sheen acrylic and the dates of its 

purchase. in addition, you must be able to provide access to 

the structure where the PPG Product has been used in order 

to permit a PPG representative to inspect it, take samples and 

photograph it 

9. this warranty is given in favour of PUrePine MOULDinGS 

LtD neW ZeaLanD. it cannot be transferred and is not given 

in favour of any other party. 

SPECIFICATIONS FOR PAINTING 760 ENVIROCURE 

AQUABLOCK/699 ENVIROPRIME PRIMED 

ARCHITECTURAL PINE 

KEEP COVERED UNTIL READY FOR USE 

1. Fill all nail holes with an exterior filler as per the manufacturer’s 

directions. note that some fillers do not require priming before 

use 

2. remove surface contamination and wash with clean water 

3. if the primed timber has been exposed to the weather for more 

than two months, lightly sand to remove any chalking. Prime 

any base timber rub through areas with PPG 3 in 1 Primer 

Sealer Undercoat 

4. When using acrylic topcoat, apply two 92) coats of PPG 

Weathertough gloss acrylic or PPG Weathertough Low Sheen 

acrylic as per label directions 

5. When using oil based topcoat, apply two (2) coats of PPG 

White Knight Alkyd topcoat* as per label directions (*exempt 

from 10 year warranty). 

notes 

• resin may bleed from wood in hot, sheltered conditions. 

to reduce risk of this occurring it is advisable to paint in 

light colours and follow the above instructions 

a tOPcOat Paint SySteM WitH a 10 year GUarantee 

iS SeParateLy avaiLaBLe FrOM PPG inDUStrieS 

arcHitectUraL DiviSiOnS. FOr DetaiLS OF tHiS 

GUarantee cOntact PPG cUStOMer SUPPOrt BeFOre 

PaintinG FOLLOWS: 

New Zealand – 0800 263 766 


Terms of Warranty – March 2012 

Definitions: 

“Date of Purchase” means the date on which Purepine issues an 

invoice for the Smartclad product. 

“Licensed Building Practitioner” has the meaning prescribed by 

the Licensed Building Practitioner rules made pursuant to the 

Building act 2004. 

“Purepine” means Purepine Mouldings Limited and its assignees. 

“resistant” means resistant to the extent set out in Smartclad 

product literature at the time the Smartclad products were 

installed. 

“Smartclad” means Purepine’s Smartclad weatherboard cladding 

system, clips and preformed component products. 

“Smartclad technical Manual” means the Smartclad technical 

manual as updated from time to time available from Purepine’s 

website www.smartclad.co.nz or by phoning toll-free 0800 768 

253 during normal working hours. 

“Warranty” means the Warranty given below under the heading 

“Warranty”. 

“Warranty conditions” means the conditions and limitations listed 

below under the heading “Warranty conditions”. 

Warranty 

Subject to the Warranty conditions, for a period of 15 years from 

the Date of Purchase, Purepine warrants that Smartclad will be: 

• free from manufacturing and production defects; 

• resistant to cracking;* 

• resistant to rotting;* 

• resistant to damage from borer attacks;* and 

• resistant to damage from termite attacks. * 

* Note: “resistant” means resistant to the extent set out in the 

Smartclad product literature at the time of installation 

Warranty Conditions 

this Warranty is strictly subject to the following conditions and 

limitations. Failure to comply with these conditions may result, at 

the sole discretion of Purepine, in a Warranty claim being rejected. 

1 Installation 

1.1 Smartclad must be installed by competent Licensed Building 

Practitioner. 

1.2 Smartclad must be installed strictly in accordance with the 

Smartclad technical Manual using only Smartclad products. 

1.3 if the Smartclad technical Manual does not contain the 

necessary installation instructions, then Smartclad must be 

installed in accordance with best trade practices as determined 

by the relevant local authority and, if prudent, as determined 

by the designer of the structure to which Smartclad is being 

installed. 

1.4 non-Smartclad products used in conjunction with or 

alongside Smartclad must be installed/applied strictly in 

accordance with the relevant manufacturer’s installation 

specifications and guidelines or best trade practice if such 

specifications and guidelines are not available. 

1.5 the structure or building in which Smartclad has been 

incorporated must be designed and constructed in 

accordance with the new Zealand Building code current at 

the time of installation, the Building act 2004 and all rules, 

standards, and regulations issued thereunder and all 

consents issued by local authority for the structure. 

2 Maintenance 

2.1 Smartclad must be maintained strictly as recommended by 

the Smartclad technical Manual. 

2.2 non-Smartclad products used in conjunction with or alongside 

Smartclad including (but not limited to) coating and jointing 

systems, must be maintained strictly in accordance with the 

relevant manufacturers installation specifications and guidelines or 

best trade practice if such specifications and guidelines are not 

available. 

3 Timing of Claim 

3.1 claims under the Warranty must be received in writing by Purepine 

within 30 days of the date the deficiency or fault became or should 

have become apparent to a building owner acting reasonably. 

3.2 Purepine will not be liable for claims made after the time frame 

specified in 3.1 has expired. 

3.3 except as otherwise permitted by law, and without limiting anything 

else contained herein, all claims against Purepine must be made 

through the supplier of Smartclad. 

4 Privity of Contract 

4.1 the Warranty is for the benefit of the customer named on 

Purepine’s purchase invoice only. 

4.2 Without limiting clause 4.1, this Warranty is not transferable to 

subsequent owners or occupiers of the structure to which 

Smartclad is installed. 

5 Remedies 

5.1 Upon receipt of a valid Warranty claim, Purepine will in its sole 

discretion elect to either: 

5.1.1 supply replacement Smartclad for installation by the customer; or 

5.1.2 undertake rectification works on the affected Smartclad; or 

5.1.3 pay for the cost of the replacement or rectification of the affected 

Smartclad. 

5.2 Other than as specified in clause 5.1, no other remedies are 

available to the customer under this Warranty. 

5.3 the customer acknowledges and agrees that replacement product 

and/or remedial works may result in colour variations between the 

original and replacement Smartclad due to the effects of weathering 

and changes to Smartclad materials over time. Purepine shall not 

be liable to the customer for any such colour variations. 

6 Limitation of Liability 

6.1 Other than as stated herein, Purepine will not be liable for any 

losses, liabilities, costs, charges, expenses, damages whether 

direct, indirect or consequential, howsoever arising as a result 

of a defect or deficiency or fault in Smartclad. 

6.2 For clarity, but without prejudice to the generality of clause 6.1, 

Purepine will specifically not be liable for any losses, liabilities, 

costs, charges, expenses, damages whether direct, indirect or 

consequential, arising from or in any way attributable to poor 

workmanship, poor design, poor detailing, structural settlement, 

structural movement, movement of materials to which Smartclad 

is attached, improper structural design, acts of God including but 

not limited to earthquakes, cyclones, floods or other severe weather 

conditions, efflorescence, performance of paint or coatings applied 

to Smartclad, normal wear and tear, growth of mould, mildew fungi, 

bacteria, or any attachment of any organism on the surface of 

Smartclad (whether on the exposed or unexposed surfaces). 

this Warranty does not exclude or modify any legal rights a 

customer may have under the consumer Guarantees act 1993. 

6.3 to the fullest extent allowed by law, all warranties, conditions, 

liabilities and obligations expressed or implied by law other than 

those specifically set out in this Warranty are excluded. Without 

limiting the generality of the foregoing, unless otherwise specified 

in writing at the Date of Purchase, Purepine assumes no liability for 

Smartclad being fit for any particular purpose. 


For more information call 

the tollfree help line 0800 768 253 

or visit www.smartclad.co.nz 

or see our display at 

the Auckland Home Ideas Centre 


TM 

PPM3663/7.12

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