FACADE SOLUTIONS - Wilson Timbers · 2018. 6. 20. · 2 INEX RENDERBOARD ™ Facade Solutions INEX>RENDERBOARD is a durable, lightweight yet incredibly strong board designed for use

INEX RENDERBOARD™

INEX BOARDS™

ANY BUILDING • ANY SURFACE • ANYWHERE

FACADE SOLUTIONSA single board for: • Render Coat Finish • Towelled Finish • Painted Finish • Clear Raw Concrete Finish

2 Facade SolutionsINEX RENDERBOARD™

INEX>RENDERBOARD is a durable, lightweight yet incredibly strong board designed for use as a substrate for render coats or painted surfaces for both residential and commercial applications. At only 16mm thick, INEX>RENDERBOARD panels are lightweight and easy to handle on site, yet they come with a tongue and groove joint to ensure long term fixing performance and to deliver an astonishing final render finish that will stand the test of time. No speciality tools are required to assemble INEX>RENDERBOARD. The panels can be cut like any other comparable fibre cement sheet; to any size without compromising structural requirements and can be off stud joined to minimise waste. On either a timber or steel frame a batten cavity system must be used for INEX>RENDERBOARD, and when this cavity is constructed with any steel batten or any timber batten at 25mm or thicker the INEX>RENDERBOARD system delivers a Fire Resistance Level (FRL) of up to 60/60/60. Whether your selection of construction materials or wall systems be determined by; Time & Cost, Performance, Quality or Space Saving – INEX>RENDERBOARD delivers.

CONTENTSINEX>RENDERBOARD Product Information 3

INEX>RENDERBOARD Physical Properties 5

INEX>RENDERBOARD Installation 6

INEX>RENDERBOARD Typical Assembly Details 10

INEX>RENDERBOARD Batten Arrangement and Fixing 11

INEX>RENDERBOARD NCC FV1 & Span Tables 13

INEX>RENDERBOARD Timber Frame Assembly

• Timber Frame System: FRL 30/30/30 & BAL-FZ 15

• Timber Frame System: FRL 60/60/60 & BAL-FZ 17

• Timber Frame Vertical Batten Assembly Details 19

INEX>RENDERBOARD Steel Frame Assembly

• Steel Frame System: FRL 60/60/60 & BAL-FZ 21

• Steel Frame Vertical Batten Assembly Details 25

INEX>RENDERBOARD

• Timber or Steel Frame Assembly Details – Horizontal Battens 30

Facade Solutions 3INEX RENDERBOARD™

PRODUCT INFORMATION

PRODUCT LENGTH (mm) WIDTH (mm) THICKNESS (mm) Kg/m2 Kg/Sheet INEX>RENDERBOARD 3000 600 16 20.5 38

INEX>RENDERBOARD 2700 600 16 20.5 34

WEIGHTAt Approx. 38kg or 34kg INEX>RENDERBOARD is lightweight and easy to handle on site.

HIGH PERFORMANCEINEX>RENDERBOARD can be cut and worked just like comparable fibre cement sheets, but offers improved bending strength characteristics and finish quality. INEX>RENDERBOARD systems can be fixed to timber or steel studs with spacing at maximum 600mm centres.

NON-COMBUSTIBILTY & FRLINEX>RENDERBOARD is non-combustible. It is approved for bushfire BAL-FZ construction and is certified to Fire Resistance Level of FRL 60/60/60.

ACOUSTICINEX>RENDERBOARD’s on a timber frame with R2.5 insulation and 10mm plasterboard internal lining will deliver a sound insulation value of Rw/Rw+Ctr of 47/38. Insulation value will be will be higher (56/45) with a steel frame which will satisfy all Categories of Transport Noise Corridors for external wall requirements.

MATERIALINEX>RENDERBOARD is an advanced high strength, low carbon fibre reinforced Engineered Cementitious Composite (ECC) product, containing 60% of post industrial recycled materials. It is toxin free and is 100% recyclable.

VALUEINEX>RENDERBOARD is priced for value for the construction industry and competes strongly against all comparable products. Pricing is available on application to UBIQ or its distributors.

EASE OF USE AND HANDLINGINEX>RENDERBOARD does not require any speciality tools or fixings. It can be ‘off stud’ joined thereby minimising waste on site.

INEX>RENDERBOARD is a revolutionary, low carbon, high strength, yet lightweight cement based interior and exteriorwall cladding suitable for both residential and commercial applications. At only 16mm thick and being able to be fixed to battens or top hats at a minimum thickness of 25mm INEX>RENDERBOARD offers exceptional space saving façade options, even when high performance FRL or acoustic insulation is required.

INEX>RENDERBOARD has a tongue and groove joint down each long side for a flush tight fit and to minimise any later joint cracking.

A MULTI-PURPOSE BOARDINEX>RENDERBOARD is a multi-purpose product enabling a wide choice of applications or expressions.

The smooth side of INEX>RENDERBOARD provides a minimum class 2 concrete surface and comes with an aris to create a ‘V’ joint along the long edges. This side can be coated with a number of approved paint systems of varying textures, or clear finished to retain the characteristic raw concrete look of INEX>RENDERBOARD. After installation the ‘V’ joint does not necessarily require sealing and is dependent on the selected finishing system.

The rough side of INEX>RENDERBOARD provides a textured finish for multiple approved render coat or trowelled on systems.

FRL 60/60/60

BAL-FZ

Delivers a render finish like no other.

ROUGH SIDE

SMOOTH SIDE

BEAD OF INEX>BONDDURING ASSEMBLY

PAINTABLE SEALANT IS DEPENDANTUPON SELECTED FINISHING SYSTEM

INEX RENDERBOARD™


WATER RESISTANCEINEX>RENDERBOARD is water resistant, but at all times requires an approved coating system to be applied.

DURABILITYINEX>RENDERBOARD is long-term durable and is warranted for 20 years.

ASBESTOS AND TOXIN FREEINEX>RENDERBOARD does not contain any toxins and is asbestos free.

MOULD & TERMITE RESISTANCEINEX>RENDERBOARD is resistant to mould and termite attack.

INEX>RENDERBOARD fitted smooth side out with ‘V’ joints and a clear finish.

INEX>RENDERBOARD fitted rough side out with seamless render coat.

INEX>RENDERBOARD fitted smooth side out with ‘V’ joints and paint finish.

IMPORTANT NOTE: INEX>RENDERBOARD with a CLEAR FINISHWhilst INEX>RENDERBOARD is primarily used as a cladding product for a seamless render coat or painted finish, it can also be treated with an approved clear finish to retain its raw concrete appearance. Market response to this has become significant, however as INEX>RENDERBOARD is manufactured from a range of recycled raw materials it can vary in surface finish and colour. To ensure customer satisfaction should a clear finish be specified or wanted it needs to be understood that a greater level of care of; product selection, handling, fixing and application of the clear coat system is required. In this regard UBIQ has published a specific document to assist specifiers and installers to achieve the best outcome for INEX>RENDERBOARD with a clear finish. This document – ‘INEX>RENDERBOARD Clear Coat Finish’ is available in the ‘COATINGS’ section of our website. Please read this document carefully and if you have any further questions please contact UBIQ.

Due to the cementitious nature of INEX>BOARDS some superficial pin holing may occur.The smooth side of INEX>RENDERBOARD is characterised as a CLASS 2 concrete finish.

COATING WARRANTY1. Common installation errors that will void you warranty include, but are not limited to: failing to properly seal screw holes and incorrect distance between joists. UBIQ does not provide warranty for any recommended coating systems for INEX>RENDERBOARD.2. The purchaser must contact the coating suppliers for warranty purposes. The purchaser accepts all risk associated with performance of any coatings applied to INEX>RENDERBOARD. UBIQ recommends the coatings are tested prior to installation.


Length/Width/Thickness PASS AS/NZS 2908.2Straightness & Squareness PASS AS/NZS 2908.2

INEX>RENDERBOARD is a high-strength lightweight internal or external walling sheet with tongue and groove edges. It is suitable for domestic and commercial applications and is manufactured to conform to the following requirements and standards.

GEOMETRICAL TESTS EQUILIBRIUM CONDITION STANDARD

CHARACTERISTIC TYPE TEST STANDARD

CHARACTERISTIC TYPE TEST STANDARD

CHARACTERISTIC TYPE TEST DRY CONDITION WET CONDITION STANDARD

APPARENT DENSITY TEST kg/m³ STANDARD

DIMENSIONAL AND GEOMETRICAL CHARACTERISTICS

DURABILITY, MOISTURE RESISTANCE AND CORROSION

THERMAL PROPERTIES

STRENGTH

PHYSICAL CHARACTERISTICS

Water Permeability PASS AS/NZS 2908.2 - clause 6.2 - test method 8.2.2Frost Resistance PASS AS/NZS 2908.2 - clause 6.3 - test method 8.2.3Heat-rain PASS AS/NZS 2908.2 - clause 6.5 - test method B.5Soak-dry PASS AS/NZS 2908.2 - clause 6.6 - test method 8.2.5Corrosion Corrosion Tests undertaken by SGS Australia Pty. Ltd. demonstrate that INEX>RENDERBOARD does not accelerate corrosion on class 3 or higher metal fasteners & fixings.

Thermal Conductivity 0.179 W/m.K AS/NZS 4859.1R-Value at 16mm Thickness 0.09 m².K/W AS/NZS 4859.1R-Value (typical wall system) 3.18 m2.K/W Building Code of Australia – Specification J.1 Assumes R2.5 thermal insulation, minimum 16mm cavity & 10mm plasterboard internal lining.Flammability Index 1 AS 1530.2-1993Ignitability Index 0 AS/NZS 1530.3:1999Spread of Flame Index 0 AS/NZS 1530.3:1999Heat Evolved Index 0 AS/NZS 1530.3:1999Smoke Developed Index 1 AS/NZS 1530.3:1999Material Group Number 1 AS/NZS 3837-1998 / BCA Spec. A2.4Combustibility PASS - Not deemed Combustible AS 1530.1-1994 - clause 3.4 & AS/NZS 3837:1998 Building Code of Australia - Specification A2.4Bush Fire Attack Level “BAL-40” PASS AS/NZS 1530.8.1Bush Fire Attack Level “BAL-FZ” PASS AS 1530.4-2005 & AS 3959-2009

Bending Strength (Mean) >22MPa >20MPa AS/NZS 2908.2 - Clause 6.1 - test method 8.2.1Classification - Type A* AS/NZS 2908.2Category 5 AS/NZS 2908.2Modulus of Elasticity >10GPa >8GPa AS 1774.31.1-2000*Type A – is intended for external applications where it may be subjected to the direct action of sun, rain and /or snow.

16mm INEX>RENDERBOARD 1275 AS/NZS 2908.2 - Clause 5.2.2 - test method 8.1.2.2

Condition: Mass determined by drying out the test specimens in a ventilated oven maintained at 100°C for 24 hrs.

MATERIAL TEST STANDARD / METHOD

WET WEATHER & WEATHERPROOFING STANDARD / METHOD

OTHERS

Asbestos PASS - Asbestos Free AS 4964-2004

Fungal Resistance PASS – No growth ASTM C1338-08

VOC Emission Very Low (0.053mg/m2/hr) ASTM D5116

Wall System with Vert. Battens PASS BCA V2.2.1 & AS/NZS 4284

Wall System with Top Hats PASS BCA V2.2.1 & AS/NZS 4284

PHYSICAL PROPERTIES

INEX RENDERBOARD™


WEIGHTAt Approx. 33kg (2700mm long) or 38kg (3000mm across) INEX>RENDERBOARD is lightweight and easy to handle on site.

STORAGEINEX>RENDERBOARD should be stored dry, flat and with all edges protected from damage. We recommend storage undercover and raised from the ground.

HANDLINGWear protective gloves when handling or cutting sheets.

FRAMINGINEX>RENDERBOARD systems can be fixed to timber or steel studs with spacing at maximum 600mm centres.

In all cases a cavity batten system must be installed. Choice and depth of batten is optional (see assembly drawings inside this document).

Timber framing must be in accordance with AS 1684 – ‘Residential timber-framed construction’.

Steel framing must be in accordance with AS 3623 – ‘Domestic metal framing’.

Ensure framing is plumbed prior to fitting.

ASSEMBLYRefer diagrams on page 10 for layout of sheets. When used as a substrate for render coats, or when requiring a seamless finish, INEX>RENDERBOARD must be fitted to a staggered layout. With its tongue and groove long sides it can be end match off-stud, however in this circumstance we recommend the use of backing boards at these joints as illustrated for our fire rated system.Ensure framing and INEX>RENDERBOARD are clean and dry prior to fitting.FIXINGS:Ensure all fixings are located:• 20mm Min. from all tongue and grooves,12mm min. from all butt joints• 50mm Min. from all corners• Max. 280mm centres along studs FIXINGS – TIMBER JOISTS – Class 3 Galvanised Fixings or higher*

Screws: 10gx50mm self-embedding countersunk head screws.FIXINGS – STEEL JOISTS – Class 3 Galvanised Fixings or higher*

Screws: 8gx35mm self-drilling, self-embedding, countersunk head screws.*10g required for FRL & BAL-FZ*Class 4 or Stainless Steel screws for sea spray zone in accordance with AS 3566.

WALL SYSTEMSINEX>RENDERBOARD can be installed in conjunction with a variety oflightweight wall systems and finished with a range of coatings.

INEX>RENDERBOARD delivers a BAL-FZ* and/or a Fire Resistance Level ( FRL) of 60/60/60 without the need for any fire rated plasterboard. Refer to the following page for further details of this fire rated system.

* BAL-FZ (Flame Zone) is the highest Bushfire Attack Level where there is an extremely high risk of ember attack and burning debris ignited by windborne embers, and a likelihood of exposure to an extreme level of radiant heat and direct exposure to flames from the fire front. It is equivalent to FRL 30/30/30.

PRODUCT

WALL SYSTEMS

SUPPORT

FIXING

FRL 60/60/60BAL-FZ

INSTALLATION

INEX RENDERBOARD™


INEX>RENDERBOARD FINISHING SYSTEMS

ROUGH SIDE FACING OUT

RENDER SYSTEM

BAL-FZ SYSTEM IN TIMBER STUD FRAME AS 3959-2009 AS 1530.4-2005

BAL-FZ SYSTEM IN STEEL STUD FRAME AS 3959-2009 AS 1530.4-2005

RENDER COAT FINISHInstall INEX>RENDERBOARD with the ROUGH SIDE FACING OUT so that the approved RENDER SYSTEM achieves optimum adhesion to the INEX>RENDERBOARD substrate. Refer to the Coatings section at www.ubiq.com.au for approved render coat systems.

PAINT or CLEAR SEAL FINISHOptions for approved paint or clear seal finishes are:Smooth Side – Low texture paint systems or clear seals.Rough Side – High build approved paint systems for a seamless finish.Refer to the Coatings section at www.ubiq.com.au for approved paint or clear seal systems

FRAMING SYSTEMSINEX>RENDERBOARD must be fixed to either timber or light gauge steel framing at a maximum of 600mm centres, and in all cases a cavity batten system must be installed.INEX>RENDERBOARD is ideally suited for lightweight construction providing a fast-track cladding system during construction, resulting in both cost and time saving benefits.

FRL 60/60/60 & BAL-FZ WALL SYSTEMS INEX>RENDERBOARD wall system, when used with a minimum 16mm steel furring channel or batten on either a timber or steel frame has achieved an FRL of 60/60/60 when tested against the Australian Standard AS1530.4-2005 and therefore is suitable for BAL-FZ* construction in accordance with AS3958-2009. There is no fire rated plasterboard required for these systems, details of which are provided in this document.

FRL 60/60/60BAL-FZ

FRL 60/60/60BAL-FZ

INSULATION BATT

VAPOUR PERMEABLE WALL WRAP

TONGUE & GROOVE JOINT MINIMISES JOINT CRACKING

OF THE RENDER COAT.

MAXIMUM STUD SPACING

Non-cyclonic Cyclonic General areas Within 1200mm of building (mm) of building edges (mm) N1, N2, N3 C1 600 600 N4, N5 C2, C3 600 450 N6 C4 450 450

WIND CLASSIFICATION STUD SPACING

Stud spacings for INEX>RENDERERBOARD for the wind load classifications of AS 4055 Wind Loads for Housing are given in the above table.


When used as a substrate for render coats, or when requiring a seamless finish, INEX>RENDERBOARD must be fitted in a staggered pattern to achieve the best surface and finish. Vertical butt joint locations are subject to stud spacing. Refer to Figure 1.

For render coat applications, INEX>RENDERBOARD must be fitted with rough side facing out for best adhesion.

STARTER & CORNER TRIMSWhen applying render coats to INEX>RENDERBOARD, starter trims and corner trims must be fixed in accordance with trim or render manufacturer’s instructions. To achieve best adhesion between trim and render, ensure that the render fully covers both INEX>RENDERBOARD and the trim, thus resulting in a perfectly flat and seamless rendered surface.

MOVEMENT CONTROL JOINTDespite the fact that INEX>RENDERBOARD is dimensionally stable, movement control joints must be installed to relieve any stress on building materials due to temperature changes, sway caused by wind, seismic events and etc.

Vertical movement control joints are to be provided where wall lengths exceed 6m, at internal changes of wall direction and at openings such as windows and doorways or where existing structural joints are located. Refer to Figure 2.

Horizontal movement control joints must also be provided at each floor level, subject to designer’s detailing.

Control joints should be installed evenly and symmetrically for large size walls.

LAYING PATTERN

Figure 1

Figure 2

STARTER TRIM ➊42-RST16-3.5

CORNER TRIM ➋42-RMESH-3.5

➋➊

INEX>RENDERBOARD

FOAM BACKER ROD / AIR SEAL

VEE JOINT

Figure 2

INEX>RENDERBOARD

INEX>BOND OR PAINTABLEPOLYURETHANE FLEXIBLESEALANT

RENDER SYSTEM

ONE EXAMPLE OF MOVEMENT CONTROL JOINT


INSTALLATION EQUIPMENTUBIQ recommends the following equipment and accessories for the installation of INEX>RENDERBOARD:

GENERAL: INEX>RENDERBOARD can be machined and worked in same way as comparable fibre cement wall sheeting.

CUTTING: INEX>RENDERBOARD should be cut using a mechanical dust reducing circular saw with a diamond edge blade, similar to that used to cut softer brick or stone or the ones specifically used to cut fibre cement sheet. See also Health & Safety section below.

SCREW FIXING: INEX>RENDERBOARD must be screw fixed only. Use a cordless power drill.

DUST LIMITATION: Always limit dust with a vacuum dust extraction system with a suitable filter.

CONTROL JOINT: When installing INEX>RENDERBOARD in situation where wall height is more than one storey, horizontal movement control joints are required at each level. Standard V-joints, starter trims or shadowline trims can be used, subject to designer’s detailing. Movement control joints are to be provided where wall dimensions exceed 8m in the long sheet direction, at changes of wall direction and at openings such as windows and doorways or where existing structural joints are located.

BACKING ROD: Where movement control joints are needed in any INEX>RENDERBOARD application, use a closed cell PE foam backing rod of 10–12mm diameter to control the design depth of INEX>BOND adhesive/sealant used to seal the joint. For more details refer to the INEX>BOND product data sheet.Important Notes:Ensure all components are compatible with each other and suitable for INEX>RENDERBOARD and/or the intended surface finish.Failure to install, finish or maintain this product in accordance with relevant building codes, regulations, standards and UBIQ’s current published instructions may lead to personal injury, affect system performance, violate local building codes, and possibly void the product warranty.

HEALTH & SAFETYUBIQ advises that INEX>RENDERBOARD contains fiberglass reinforcing and causes fine dust when cutting or machining. Continuous or excessive inhalation of fine dust containing fiberglass particles can cause irritation and may cause lung scarring (silicosis). This dust could be carcinogenic as all dust may be. Exposure to such dust may cause irritation to the skin or other body surfaces.

When cutting INEX>RENDERBOARD use methods recommended in this brochure to minimise dust production, and in addition:

LOCATION: Do not cut INEX>RENDERBOARD indoors. Cut in a well ventilated outdoor location.CLOTHING, MASK & GOGGLES: Always wear protective clothing and properly fitted and approved mask (respirator) and eye protective goggles.DUST LIMITATION: Always use a mechanical circular saw equipped with a fitted dust extraction system. When cutting is finished always vacuum up residual dust. Maintain the work area as a dust free environment.

Note: Due to the cementitious nature of INEX>BOARDS some superficial pin-holing may occur. The smooth side of INEX>RENDERBOARD is characterised as a Class 2 concrete finish.

INEX>RENDERBOARD: FRL 60/60/60 and Rw/Rw+Ctr 57/49 system fixed smooth side out with vertically expressed ‘V’ joins. First coat of paint system being applied.


The following pages show the common junctions of INEX>RENDERBOARD assembly on either timber or steel framing with other building elements, such as framed or concrete floors, and intersections of walls. Important considerations with respect to choice of framing surround the choice of battens, as follows:

BATTEN SELECTIONIn all cases INEX>RENDERBOARD must be installed with a frame with a cavity batten system. This ‘best practice’ framed wall system allows INEX>RENDERBOARD to breathe and will help to minimise long term future issues such as water penetration. Battens can be laid to a vertical or horizontal orientation on the face of the studs depending upon the desired orientation of the boards. They can be either timber or steel. Importantly, this cavity system can deliver a Fire Resistance Level (FRL) or Bushfire Attack Level (BAL) to the wall systems, the FRL or BAL rating of which is determined by the choice of batten. The table below describes the FRL or BAL outcomes achieved by choice of framing and/or batten.

FRAME

TIMBER

STEEL

MIN 25mm

MIN 28mm(Furring channel)

30/30/30(BAL-FZ)

60/60/60(and/or BAL-FZ)

*Depth of top hat will be subject to wind load criteria and structural design of the overall frame.

60/60/60(and/or BAL-FZ)

MIN 25mm*(Top Hat)

BATTEN VERTICAL BATTEN HORIZONTAL TIMBER FRL or BAL STEEL FRL or BAL

TYPICAL ASSEMBLY INSTRUCTIONS

INEX RENDERBOARD™


EXP. JOINT AT EACH STOREY

VERTICAL EXPANSION JOINTAT MAX 6 METRESOR AS OTHERWISE REQUIRED

SHEET LENGTH 2700mm or 3000mm

HORIZONTAL BATTENS & VERTICAL BOARDS

VERTICAL BATTENS & HORIZONTAL BOARDS

VERTICAL EXPANSION JOINT ATMax. 6.0m CENTRES (10 SHEETS)OR AS OTHERWISE REQUIRED

SHEE

T LE

NG

TH 2

700m

m o

r 300

0mm

EXP. JOINT AT EACH SHEET OR STOREY

EXP. JOINT AT EACH SHEET OR STOREY

SIN

GLE

SH

EET

SINGLE SHEET

EXP. JOINT AT EACH STOREY

FIX BOARDS TO STACK PATTERN(WHERE JOINED OFF STUD

SECURE WITH BACKING PLATE)

TONGUE FACING UP ATALL HORIZONTAL JOINS

SHEE

T W

IDTH

600

mm

VERTICAL BATTENS (FURRING CHANNELS) & HORIZONTAL BOARDS

HORIZONTAL BATTENS (TOP HATS) & VERTICAL BOARDS


HORIZONTAL BATTENS - FIXED TO FRAME DETAILS

VERTICAL BATTENS - FIXED TO FRAME DETAILS1 2 1 21

FURRINGCHANNEL

TO TIMBER

FURRINGCHANNELTO STEEL

TIMBERTO TIMBER

10 GAUGEMIN Class 3GALV. SCREW(Min. 30mmINTO STUD)

MAX. 4

50m

m

MIN 25mm DEEP & 0.75bmt TOP HAT

TIM

BER

STU

D

TIM

BER

STU

D

STEE

L ST

UD

STEE

L ST

UD

MAX 600mm BETWEEN STUDS MAX 600mm BETWEEN STUDSM

AX. 6

00m

m B

ETW

EEN

TO

P H

ATS

NOTE:These diagrams provide indicative fixing details only. Size, fixing/connections and arrangment of timber and/or steel frame and other elements such as battens will vary according to wind load criteria and other strucural considerations. Refer to WIND LOAD SPAN TABLES overleaf for further information.

FIXING CLIP

FURRING CHANNEL

FIXIN

G C

LIPS A

T MAX. 450m

m c/c

FIXIN

G C

LIPS A

T MAX. 450m

m c/c

FIXIN

G C

LIPS A

T MAX. 450m

m c/c

CLIP FIXING INACCORDANCEWITH SPAN TABLES

FIXIN

G C

LIPS A

T MAX. 450m

m c/c

SINGLE M12 BATTENSCREW ASSUPPORT FOR EACHFURRING CHANNEL(Max. 3 METRELENGTH OF CHANNELABOVE)

Min. 25mm DEEP TIMBERBATTEN RQRD FORFRL 30/30/30 & BAL-FZ

Min. 28mm DEEP STEELFURRING CHANNEL ONCLIPS RQRD FORFRL 60/60/60

FIXING OF TOP HAT TOTHE TIMBER FRAMEBE DETERMINED BY THEFRAME ENGINEER

SINGLE M8 BOLT ASSUPPORT FOR EACHFURRING CHANNEL(Max. 3 METRELENGTH OF CHANNELABOVE)

CLIP FIXING INACCORDANCEWITH SPAN TABLES

FUR

RIN

G C

HA

NN

EL

FUR

RIN

G C

HA

NN

EL

TIM

BE

R B

ATT

EN

TIM

BE

R S

TUD

STE

EL

STU

D

FIXING OF TOP HAT TOTHE STEEL FRAMEBE DETERMINED BY THEFRAME ENGINEER

MIN 25mm DEEP & 0.75bmt TOP HAT

HORIZONTAL BATTENS - FIX TO FRAME DETAILS

VERTICAL BATTENS - FIX TO FRAME DETAILS1 2 1 21

FURRINGCHANNEL

TO TIMBER

FURRINGCHANNELTO STEEL

TIMBERTO TIMBER

10 GAUGEMIN Class 3GALV. SCREW(Min. 30mmINTO STUD)

MAX. 4

50m

m

TOP HAT

TOP HAT

TIM

BER

STU

D

TIM

BER

STU

D

STEE

L ST

UD

STEE

L ST

UD

TOP HAT TOSTUD WITH?? GUAGEMIN Class 3GALV. SCREW(Min. ??mmINTO STUD)

TOP HAT TOSTUD WITH?? GUAGEMIN Class 3GALV. SCREW(Min. ??mmINTO STUD)

MAX 600mm BETWEEN STUDS MAX 600mm BETWEEN STUDSM

AX. 6

00m

m B

ETW

EEN

TO

P H

ATS

NOTE:These diagrams provide indicative fixing details only. Size and arrangment of timber and/or steel frame and other elements such as battens will vary according to wind load criteria and other strucural considerations. Refer to WIND LOAD SPAN TABLES overleaf for further information.

FIXING CLIP #237

FURRING CHANNEL #308

FIXIN

G C

LIPS A

T MAX. 450m

m c/c

FIXIN

G C

LIPS A

T MAX. 450m

m c/c

FIXIN

G C

LIPS A

T MAX. 450m

m c/c

??? GAUGEMIN Class 3GALV. SCREW(Min. 30mmINTO STUD)

FIXIN

G C

LIPS A

T MAX. 450m

m c/c

??? GAUGEMin. Class 3GALV. SCREW(Min. 15mmINTO STUD)

2No.??? GAUGEMIN Class 3GALV. SCREW(Min. 30mmINTO STUD)

2No.??? GAUGEMin. Class 3GALV. SCREW(Min. 15mmINTO STUD)

?? x ?? x ?? ANGLESUPPORT FORFURRING CHANNEL(Max. 3 METRELENGTH OF CHANNELABOVE)

?? x ?? x ?? ANGLESUPPORT FORFURRING CHANNEL(Max. 3 METRELENGTH OF CHANNELABOVE)

Min. 25mm DEEP TIMBERBATTEN RQRD FORFRL 30/30/30 & BAL-FZ

Min. 16mm DEEP STEELFURRING CHANNEL ONCLIPS RQRD FORFRL 60/60/60

FURRING CHANNELS – FIXED TO FRAME DETAILS

TOP HATS – FIXED TO FRAME DETAILS


WALLS: INEX>NCC ComplianceWALLS: INEX>NCC Compliance

DESIGN FOR WEATHER TIGHTNESS – NCC Verification Method FV1Above all other considerations is the requirement for INEX>RENDERBOARD façade systems to provide protection against the elements. In 2015 the National Construction Code (NCC) introduced the requirement to test and prove weather tightness. Now known as the ‘Wet Weather Test’ the NCC requires verification of weatherproofing of an external wall by Verification Method FV1.

INEX>RENDERBOARD for both Top Hat and Furring Channel façade systems have been tested by CSIRO and found to meet the requirements of the NCC Verification Method FV1. These tests confirmed the ability of each system to meet the requirements AS/NZ 4284:2008 in demonstrating satisfactory performance under structural load, water penetration (under static and cyclic pressures), and Ultimate Proof Load. The standard performance criteria for the tests were:• Structural proof load up to +/- 2000Pa, and• Waterproofing performance up to +/- 1200Pa (under cyclic pressure).Both of the CSIRO reports are available for download at the relevant INEX>RENDERBOARD page at: www.ubiq.com.au.

The INEX>RENDERBOARD ‘Wet Weather Test’ as undertaken by CSIRO.

FURRING CHANNELS – FIXED TO FRAME DETAILS


TIMBER FRAME SYSTEM: FRL 30/30/30 & BAL-FZ

1.0 3 3 3

1.5 3 3 3

2.0 3 3 3

2.5 3 3 3

3.0 3 3 3

3.5 3 3 3

4.0 3 4 3

4.5 3 4 3

5.0 3 4 3

5.5 3 5 3

6.0 3 5 3

STRUCTURAL LOADING & SPAN TABLES – TOP HATSIn addition to the Verification Method FV1 tests, further structural loading tests for Top Hat fixings have been completed by CSIRO and UBIQ’s structural engineers to qualify wind loading in excess of 2000Pa. These tests were undertaken in accordance with AS/NZS 4284:2008 and they have allowed for this INEX>RENDERBOARD façade system to be installed for Ultimate Wind Pressures up to 6.0kPa.

FIXING TABLES – TOP HATSThe tables below indicate the number of fixings required per panel per top hat for various wind pressures. Thesetables is to be read in conjunction with the typical panel and frame details overleaf. It should be noted that thesetables only validate the fixing methods for INEX>RENDERBOARD to a minimum 0.75 BMT top hat, providing the conditions listed below are met. All other components of the wall are to be designed by an appropriately qualified engineer.

RESTRICTIONS TO USE OF FIXING TABLE:• Maximum stud spacing = 600 mm• Maximum top hat spacing = 600 mm• Minimum top hat grade fy = 270 MPa• Minimum top hat thickness = 0.75 BMT• The weight of the UBIQ panel may be supported by the top hats. Refer to the table above for suitable top hat supports.• It is the responsibility of the designer to ensure all other components of the supporting frame are adequate for the specified loads.• Stud and top hat deflection for wind serviceability conditions are to be limited to L/250.• Wind pressures shall be determined in accordance with AS 1170.2• It is the responsibility of the designer to determine if the supporting stud frame meets the durability requirements. of the project. This includes the fixings, top hat and steel stud frame.• Number of fixings may also be determined by FRL requirements.

DESIGN ASSUMPTIONS:• The fixing is capacity is 0.60 kN per screw.• UBIQ panel modulus of elasticity, E = 8,000 MPa.• UBIQ panel flexural modulus = 12 MPa.

INEX>RENDERBOARD SINGLE SPAN 2 SPAN OR GREAT

Ultimate Pressure No. of Fixings No. of Fixings

(kPa) Centre or Ends Centre Ends

M525 25 600

H525 25 600

M535 35 600

H535 35 600

M550 50 600

H550 50 600

M560 60 350*

H560 60 600

*Maximum spacing for M560 can be used at 600mm where Stud spacing are installed at 450mm.

PERMISSIBLE GRAVITY LOADINGSUPPORTS FOR INEX>RENDERBOARD

Top Hat Rondo Depth (mm) Maximum Spacing


10mm thick standard grade plasterboard or equivalent

Timber studs at Max. 600mm centresto AS1684

Joins on stud require sealing withproprietary fire sealant such as Bostik ‘Fireban 1’

Joins off stud fixed withbacking board (see overleaf)

Option for multiple approved render coat systems

Option for Min. 25mm deep timber batten

Option for Min. 16mm deepsteel batten/top hat

Vapour permeable building wrap

Option for any insulation

INEX>RENDERBOARD

Achieves FRL 30/30/30 when tested to AS1530.4-2005Meets AS3959-2009 Section 9 (BAL-FZ) via testing to AS1530.4-2005


INEX RENDERBOARD™


7

1

MAX 600

6

1 2700x600 INEX>RENDERBOARD 16

2 800 x 200 BACKING PLATE(CUT FROM RENDERBOARD)

3 MIN 25mm TIMBER BATTEN

4 ANY BEATHABLE WALL WRAP

5 TIMBER STUD FRAME

6 ANY INSULATION

7

3 3

4

MAX 600

150

2

50EQ

EQ50 50

50EQ

EQ50

5050

5050

10mm PLASTERBOARD OR SIMILAR

5

RENDERBOARD FRL 30/30/30 & BAL-FZ TIMBER FRAME

ALL JOINS OFF STUDWITH BACKING PLATE(NO SEALANT RQRD)

TONGUE FACING UP ATTONGUE AND GROOVE JOINT

ALL JOINS ON STUD REQUIRESEALING WITH PROPRIETARY FIRE SEALANT SUCH ASBOSTIK 'FIREBAN 1'

8 10g MIN Class 3 GALVANISED COUNTERSINKING SCREWS

8 1

7

1

MAX 600

6





5 TIMBER STUD FRAME

6 ANY INSULATION

7

3 3

4

MAX 600

150

2

50EQ

EQ50 50

50EQ

EQ50

5050

5050


5






8 1



Timber studs at Max. 600mm centresto AS1684

All joins off stud andwith backing plate(no sealant required)

Option for multiple approvedrender coat systems

Option for Min. 16mm deepfurring channel on proprietaryfixing clips



INEX>RENDERBOARD



7

1

MAX 600

6





5 TIMBER STUD FRAME

6 ANY INSULATION

7

3 3

4

MAX 600

150

2

50EQ

EQ50 50

50EQ

EQ50

5050

5050


5






8 1

7

1

MAX 600

6





5 TIMBER STUD FRAME

6 ANY INSULATION

7

3 3

4

MAX 600

150

2

50EQ

EQ50 50

50EQ

EQ50

5050

5050


5






8 1

INEX RENDERBOARD™


TIMBER FRAME VERTICAL BATTEN ASSEMBLY DETAILS

75

1

MAX 600

6



3 MIN 16mm STEEL FURRING CHANNEL, on PROPRIETARY FIXING CLIPS SUCH AS:-- RONDO 29mm #129 or 16mm #308 FIXED WITHRONDO #237 CLIP- STUDCO 40mm TOP HAT FIXED WITH STUDCO CLIP)

5 TIMBER STUD FRAME

6 ANY INSULATION

7

3

4

MAX 600

150

2

5050

5050

5050


4




EQEQ

5050

EQEQ

50



8 1

ANY BEATHABLE WALL WRAP

75

1

MAX 600

6




5 TIMBER STUD FRAME

6 ANY INSULATION

7

3

4

MAX 600

150

2

5050

5050

5050


4




EQEQ

5050

EQEQ

50



8 1


2700x600 INEX>RENDERBOARD 16

800x200 BACKING PLATE(CUT FROM INEX>RENDERBOARD)

MIN. 16mm STEEL FURRING CHANNEL,on PROPRIETARY FIXING CLIPS, SUCH AS:• RONDO 29mm #129 or 16mm #308 FIXED WITH RONDO #237 CLIP• STUDCO 40mm TOP HAT FIXED WITH STUDCO CLIP

ANY BREATHABLE WALL WRAP

TIMBER STUD FRAME

ANY INSULATION


10g MIN Class 3 GALVANISED COUNTERSINKING SCREWS


TIMBER FRAME VERTICAL BATTENS ASSEMBLY DETAILS

1 234 6

5

7

8

EXTERNAL CORNER RENDER BEAD

EXPANSION JOINT RENDER BEAD(or proprietary fire sealant on backing rod if FRL required)

INEX>BOND, OR OTHER PAINTABLEPOLYURETHANE FLEXIBLE SEALANT

ON BACKING ROD(or proprietary fire sealant if FRL required)

FRL30/30/30

FRL60/60/60

1 APPROVED RENDERCOAT SYSTEM


(25mm or greater delivers FRL 30/30/30)


5 TIMBER STUD FRAME

6ANY INSULATION710mm PLASTERBOARD OR SIMILAR4 OPTION FOR METAL BATTEN

(to deliver FRL 60/60/60)MIN 16mm STEEL FURRING CHANNEL, onPROPRIETARY FIXING CLIPS SUCH AS:-- RONDO 29mm #129 or 16mm #308 FIXED WITHRONDO #237 CLIP- STUDCO 40mm TOP HAT FIXED WITH STUDCO CLIP

89

BATTEN DRAWN AT 42mm (F7)

57

8

PLAN

EXPANSION JOINT

CAVITY

2700x600 INEX>RENDERBOARD 16Rough side facing outwards

1 2

40mm x 10 GUAGE MIN Class 3 GALV. COUNTER SINKING SCREWS(30mm LONG FOR STEEL BATTENS)

TIMBER FRAME VERTICAL BATTENS ASSEMBLY DETAILS

PLAN

EXPANSION JOINT

TIMBER FRAME VERTICAL BATTEN ASSEMBLY DETAILS

INEX RENDERBOARD™


5

FFLINEX>FLOOR

123

78

JOIST

BEARERCONCRETE PAD OR STRIP FOOTING(strip footing required for FRL)

6

1236

5

78

MIN

75mm

RENDER STARTER TRIM WITH SNAP 0TO SUIT CHOSEN BATTEN THICKNESS (see below).IF FRL REQUIRED:-- Install fire stopor- Locate concrete edge 3mm behindINEX>RENDERBOARD (see details below)

CONCRETE GROUND SLAB

9

9

METALFLASHING

METAL FLASHING

3mm GAP TO FACE OFCONCRETE


STARTER TRIM WITH SNAP 3(see below).

41mm 24mm 16mm

SNAP 0 (FULL TRIM) SNAP 1 SNAP 2 SNAP 3

3 x SNAPPOINTS

STARTER TRIM WITH SNAP 3(see below).9

9INEX>FLOOR FFL

1 2 3 2 31 2 3 30

MIN

75mm

WALL ONBEARERS

WALL ONGND SLAB

FRL OPTION

FRLOPTION

MULTI-SIZE RENDER STARTER TRIM

RENDER STARTER TRIMNo. 42-RST16-3.5. by


5

FFLINEX>FLOOR

123

78

JOIST

BEARERCONCRETE PAD OR STRIP FOOTING(strip footing required for FRL)

6

1236

5

78M

IN 75m

m

RENDER STARTER TRIM WITH SNAP 0TO SUIT CHOSEN BATTEN THICKNESS (see below).IF FRL REQUIRED:-- Install fire stopor- Locate concrete edge 3mm behindINEX>RENDERBOARD (see details below)


9

9

METALFLASHING

METAL FLASHING




41mm 24mm 16mm


3 x SNAPPOINTS

STARTER TRIM WITH SNAP 3(see below).9

9INEX>FLOOR FFL

1 2 3 2 31 2 3 30

MIN

75mm

WALL ONBEARERS

WALL ONGND SLAB

FRL OPTION

FRLOPTION




WALL ON BEARERS

FRL OPTION

FRL OPTION

WALL ON GROUND SLAB





(25mm or greater delivers FRL 30/30/30)


5 TIMBER STUD FRAME

6ANY INSULATION710mm PLASTERBOARD OR SIMILAR4 OPTION FOR METAL BATTEN

(to deliver FRL 60/60/60)MIN 16mm STEEL FURRING CHANNEL, onPROPRIETARY FIXING CLIPS SUCH AS:-- RONDO 29mm #129 or 16mm #308 FIXED WITHRONDO #237 CLIP- STUDCO 40mm TOP HAT FIXED WITH STUDCO CLIP

89

12365

78

4

1

CORNER HEAD RENDER BEAD WITH DRIP MOULD+RENDER STOP BEAD

FLASHINGas required bywindow manufacturer


SILL EDGE RENDER BEAD+RENDER STOP BEAD

1

EXTERNAL CORNER RENDER BEAD+RENDER STOP BEAD

8

HEAD

SILL

JAMB


STORM MOULDOR SELANT


40mm x 10 GUAGE MIN Class 3 GALV. COUNTER SINKING SCREWS(30mm LONG FOR STEEL BATTENS)

HEAD

SILL

JAMB


RENDER STOP BEAD

CONTINUOUS BEADOF JOINT SEALANT

1236

5

78

BATTEN DRAWN AT 18mm(at this thickness will require min 65mm long screws to fix INEX>RENDERBOARD through to stud behind)


12


RENDER STOP BEAD

4

9

ROOF

2

SELECTED METALCAPPING

5

NOTE:PARAPET WALL SHALL BE DESIGNED AN FASTENED IN ACCORDANCE WITH SAA -HB39 1997 - INSTALLATION CODE FOR METAL ROOFING AND WALL CLADDING.STOP ENDS SHALL BE INCORPARATED TO ALL FLASHINGS

57

HEAD

SILL

JAMB

PARAPET

HEAD

SILL

JAMB

PARAPET




Steel studs at Max. 600mm centresto AS/NZS4600

All joins off stud andwith backing plate(no sealant required)

Option for multipe approvedrender coat systems

Option for Min. 16mm deepfurring channel on proprietaryfixing clips



INEX>RENDERBOARD

STEEL FRAME SYSTEM: FRL 60/60/60 & BAL-FZ

INEX RENDERBOARD™


75

1

MAX 600

6

3

4

MAX 600

150

2


5050

5050

5050

RENDERBOARD FRL 60/60/60 & BAL-FZ STEEL FRAME




5 STEEL STUD FRAME

6 ANY INSULATION

7 10mm PLASTERBOARD OR SIMILAR

4

5050

EQEQ

50

EQEQ





8 1

75

1

MAX 600

6

3

4

MAX 600

150

2


5050

5050

5050

RENDERBOARD FRL 60/60/60 & BAL-FZ STEEL FRAME




5 STEEL STUD FRAME

6 ANY INSULATION


4

5050

EQEQ

50

EQEQ





8 1

2700x600 INEX>RENDERBOARD 16

800x200 BACKING PLATE(CUT FROM INEX>RENDERBOARD)

MIN. 16mm STEEL FURRING CHANNEL,on PROPRIETARY FIXING CLIPS, SUCH AS:• RONDO 29mm #129 or 16mm #308 FIXED WITH RONDO #237 CLIP• STUDCO 40mm TOP HAT FIXED WITH STUDCO CLIP


STEEL STUD FRAME

ANY INSULATION


10g MIN Class 3 GALVANISED COUNTERSINKING SCREWS


STEEL FRAME VERTICAL BATTEN ASSEMBLY DETAILS



ON BACKING ROD(or proprietary fire sealant if FRL required)

1 23FRL

60/60/60

EXTERNAL CORNER RENDER BEAD

5

4

6

7


23

4STEEL STUD FRAME5ANY INSULATION


MIN 16mm METAL BATTEN(delivers FRL 60/60/60)16mm STEEL FURRING CHANNEL, onPROPRIETARY FIXING CLIPS SUCH AS:-- RONDO 29mm #129 or 16mm #308 FIXED WITHRONDO #237 CLIP- STUDCO 40mm TOP HAT FIXED WITH STUDCO CLIP

8 30mm LONG 10 GUAGE MIN Class 3 GALV. COUNTER SINKING SCREWS

6


16mm FURRING CHANNEL DRAWN

7

PLAN

EXPANSION JOINT

CAVITY


1 2

6 5

PLAN

EXPANSION JOINT

STEEL FRAME VERTICAL BATTEN ASSEMBLY DETAILS

INEX RENDERBOARD™


41mm 24mm 16mm


3 x SNAPPOINTS

1 2 3 2 31 2 3 30


FFL

MIN

75mm

INEX>FLOOR

PURLIN

BEAM6

123

4

8

POSTTO

FOOTING

MSANGLE

5

67123

RENDER STARTER TRIM WITH SNAP 2TO SUIT CHOSEN BATTEN THICKNESS (see below).IF FRL REQUIRED:-- Install fire stopor- Locate concrete edge 3mm behindINEX>RENDERBOARD (see detail below)

FFL

MIN

75mm

NOTE:U/S OF FLOOR STRUCTURE NOT SHOWNTO FRL PERFORMANCE.IF REQUIRED, SPECIFIER TO DETAIL ACCORDINGLY.

85



METALFLASHING


WALL ONGND SLAB

FRL OPTION

WALL ON FRAME



41mm 24mm 16mm


3 x SNAPPOINTS

1 2 3 2 31 2 3 30


FFL

MIN

75mm

INEX>FLOOR

PURLIN

BEAM6

123

4

8

POSTTO

FOOTING

MSANGLE

5

67123

RENDER STARTER TRIM WITH SNAP 2TO SUIT CHOSEN BATTEN THICKNESS (see below).IF FRL REQUIRED:-- Install fire stopor- Locate concrete edge 3mm behindINEX>RENDERBOARD (see detail below)

FFL

MIN

75mm


85



METALFLASHING


WALL ONGND SLAB

FRL OPTION

WALL ON FRAME



WALL ON FRAME

WALL ON GROUND SLAB

FRL OPTION




23

4STEEL STUD FRAME5ANY INSULATION



8

6


7

1234

6

5

7



RENDER STOP BEADRENDER STOP BEAD

6HEAD

SILL

JAMB

MIN 16mm METAL BATTEN(delivers FRL 60/60/60)16mm STEEL FURRING CHANNEL, onPROPRIETARY FIXING CLIPS SUCH AS:-- RONDO 29mm #129 or 16mm #308 FIXED WITHRONDO #237 CLIP- STUDCO 40mm TOP HAT FIXED WITH STUDCO CLIP


30mm LONG 10 GUAGE MIN Class 3 GALV. COUNTER SINKING SCREWS

HEAD

SILL

JAMB


TIMBER OR STEEL FRAME ASSEMBLY DETAILS - HORIZONTAL BATTENS


23

45

ANY INSULATION



8

6


TIMBER OR STEEL STUD FRAME(BOTH DRAWN)


(or proprietary fire sealant if FRL required)

1 23FRL

60/60/60

5

4

6

7

7

PLAN

EXPANSION JOINT

CAVITY

1 2

6 5

BATTEN DRAWN AS24mm HORIZONTAL TOP HAT


Min. 24mm TOP HAT WITH TAPERED LEGSAT Max. 600mm VERTICAL CENTRESSUCH AS24mm DEEP STUDCO M304 (0.75 BMT), or50mm DEEP STUDCO TH50 (0.75 BMT)

Min. 32mm COLORBOND EQUAL ANGLE.- FIX TO INSIDE OF FIRST BOARD INTO CNR PRIOR TO FIX OF BOARD.

RENDER EXTERNAL TRIM, SUCH AS42-RMESH-3.5, BYPLASTER TAPE AND TRIM (PTT)

RENDER SEALANT EXPANSION JOINT, SUCH AS42-RSEXP-3.5, BY PLASTER TAPE AND TRIM (PTT)(FILL WITH SEALANT AFTER RENDER SYSTEM COMPLETE)

PLAN

EXPANSION JOINT

TIMBER OR STEEL FRAME ASSEMBLY DETAILS – HORIZONTAL BATTENS

INEX RENDERBOARD™


ASSEMBLY DETAILS - HORIZONTAL BATTENS

74

1

6

2

3 5

MAX 600 STUD FRAMEMAX 600 STUD FRAME

TOP HAT

TOP HAT

1

MA

X 60

0 TO

P H

AT

CEN

TRES

T&G JOINT TOINEX>RENDERBOARD

7

HORIZONTAL JOINS ON TOP HAT(S)WHERE FRL REQUIREDSEAL WITH PROPRIETARY FIRE SEALANTSUCH AS BOSTIC 'FIREBAN 1'

50 EQUAL EQUAL 50 50 EQUAL EQUAL 100

5

ASSEMBLY DETAILS – HORIZONTAL BATTENS

TIMBER OR STEEL FRAME ASSEMBLY DETAILS – HORIZONTAL BATTENS



Min. 24mm TOP HAT WITH TAPERED LEGSAT Max. 600mm VERTICAL CENTRESSUCH AS24mm DEEP STUDCO M304 (0.75 BMT), or50mm DEEP STUDCO TH50 (0.75 BMT)

1 APPROVED RENDER COAT SYSTEM

23

45

ANY INSULATION



8

6


TIMBER OR STEEL STUD FRAME(STEEL DRAWN)


FFL

MIN

75mm

INEX>FLOOR

PURLIN

BEAM6

123

4

8

POSTTO

FOOTING

MSANGLE

5

6712

3

RENDER STARTER TRIM WITH SNAP 1TO SUIT CHOSEN BATTEN THICKNESS.IF FRL REQUIRED:-- Install fire stopor- Locate concrete edge 3mm behindINEX>RENDERBOARD (see detail below)

FFL

MIN

75mm


85


STARTER TRIM WITH SNAP 3

METALFLASHING

24mm TOP HAT DRAWN

WALL ONGND SLAB

FRL OPTION

WALL ON FRAME


ASSEMBLY DETAILS – HORIZONTAL BATTENS ASSEMBLY DETAILS – HORIZONTAL BATTENS

WALL ON FRAME

FRL OPTION

WALL ON GROUND SLAB



123

ROOF

2

SELECTED METALCAPPING

5

NOTE:PARAPET WALL SHALL BE DESIGNED AN FASTENED IN ACCORDANCE WITH SAA -HB39 1997 - INSTALLATION CODE FOR METAL ROOFING AND WALL CLADDING.STOP ENDS SHALL BE INCORPARATED TO ALL FLASHINGS

PARAPET

1

4

3

6

HORIZONTAL JOINT(AT FLOOR JUNCTION, OR AS OTHERWISE RQRD).

FFL

7

1

24

6

5

7



RENDER STOP BEAD RENDER STOP BEAD

6HEAD

SILL

JAMB


3

3


5

2

ASSEMBLY DETAILS – HORIZONTAL BATTENS ASSEMBLY DETAILS – HORIZONTAL BATTENS

WALL ON GROUND SLAB

HEAD

SILL

JAMB

HORIZONTAL JOINT

PARAPET

Proudly Distributed by

Sydney (02) 8805 5000 Townsville (07) 4724 5509Newcastle (02) 4953 7666 Melbourne (03) 9392 8400John Cook & Sons (02) 9833 0355 Adelaide (08) 8447 0400Brisbane (07) 3436 8400 Perth (08) 9411 9700

Proudly distributed by ITI Australia branches nationally 1800 00 UBIQ

This brochure was printed on March 1st, 2018 and was current to information at that time.UBIQ Pty Ltd is continually updating its brochure and install material.

We advise all enquirers to source the most current brochures and/or technical material available online at www.ubiq.com.au.

Documents

FACADE SOLUTIONS - Wilson Timbers · 2018. 6. 20. · 2 INEX RENDERBOARD ™ Facade Solutions INEX>RENDERBOARD is a durable, lightweight yet incredibly strong board designed for use