INEX RENDERBOARD INEX BOARDS FACADE SOLUTIONS. A single board for: Render Coat Finish Towelled Finish Painted Finish Clear Raw Concrete Finish

Transcription

1 FACADE SOLUTIONS A single board for: Render Coat Finish Towelled Finish Painted Finish Clear Raw Concrete Finish INEX BOARDS ANY BUILDING ANY SURFACE ANYWHERE

2 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 mm 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 mm or thicker the INEX>RENDERBOARD system delivers a Fire Resistance Level (FRL) of up to 0/0/0. Whether your selection of construction materials or wall systems be determined by; Time & Cost, Performance, Quality or Space Saving INEX>RENDERBOARD delivers. CONTENTS INEX>RENDERBOARD Product Information INEX>RENDERBOARD Physical Properties INEX>RENDERBOARD Installation INEX>RENDERBOARD Typical Assembly Details 0 INEX>RENDERBOARD Batten Arrangement and Fixing INEX>RENDERBOARD NCC FV & Span Tables INEX>RENDERBOARD Timber Frame Assembly Timber Frame System: FRL 0/0/0 & BAL-FZ Timber Frame System: FRL 0/0/0 & BAL-FZ Timber Frame Vertical Batten Assembly Details 9 INEX>RENDERBOARD Steel Frame Assembly Steel Frame System: FRL 0/0/0 & BAL-FZ Steel Frame Vertical Batten Assembly Details INEX>RENDERBOARD Timber or Steel Frame Assembly Details Horizontal Battens 0 Facade Solutions

3 PRODUCT INFORMATION INEX>RENDERBOARD is a revolutionary, low carbon, high strength, yet lightweight cement based interior and exterior wall cladding suitable for both residential and commercial applications. At only mm thick and being able to be fixed to battens or top hats at a minimum thickness of mm 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 BOARD INEX>RENDERBOARD is a multi-purpose product enabling a wide choice of applications or expressions. The smooth side of INEX>RENDERBOARD provides a minimum class 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. BAL-FZ FRL 0/0/0 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. PRODUCT LENGTH (mm) WIDTH (mm) THICKNESS (mm) Kg/m Kg/Sheet INEX>RENDERBOARD INEX>RENDERBOARD BEAD OF INEX>BOND DURING ASSEMBLY ROUGH SIDE PAINTABLE SEALANT IS DEPENDANT UPON SELECTED FINISHING SYSTEM SMOOTH SIDE WEIGHT At Approx. kg or kg INEX>RENDERBOARD is lightweight and easy to handle on site. HIGH PERFORMANCE INEX>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 00mm centres. NON-COMBUSTIBILTY & FRL INEX>RENDERBOARD is non-combustible. It is approved for bushfire BAL-FZ construction and is certified to Fire Resistance Level of FRL 0/0/0. Delivers a render finish like no other. ACOUSTIC INEX>RENDERBOARD s on a timber frame with R. insulation and 0mm plasterboard internal lining will deliver a sound insulation value of Rw/Rw+Ctr of /. Insulation value will be will be higher (/) with a steel frame which will satisfy all Categories of Transport Noise Corridors for external wall requirements. MATERIAL INEX>RENDERBOARD is an advanced high strength, low carbon fibre reinforced Engineered Cementitious Composite (ECC) product, containing 0% of post industrial recycled materials. It is toxin free and is 00% recyclable. VALUE INEX>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 HANDLING INEX>RENDERBOARD does not require any speciality tools or fixings. It can be off stud joined thereby minimising waste on site. Facade Solutions

4 INEX>RENDERBOARD fitted smooth side out with V joints and paint finish. INEX>RENDERBOARD fitted smooth side out with V joints and a clear finish. INEX>RENDERBOARD fitted rough side out with seamless render coat. WATER RESISTANCE INEX>RENDERBOARD is water resistant, but at all times requires an approved coating system to be applied. DURABILITY INEX>RENDERBOARD is long-term durable and is warranted for 0 years. ASBESTOS AND TOXIN FREE INEX>RENDERBOARD does not contain any toxins and is asbestos free. MOULD & TERMITE RESISTANCE INEX>RENDERBOARD is resistant to mould and termite attack. IMPORTANT NOTE: INEX>RENDERBOARD with a CLEAR FINISH Whilst 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 concrete finish. COATING WARRANTY. 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.. The purchaser must contact the coating suppliers for warranty purposes. The purchaser accepts all risk associated with performance of any INEX coatings RENDERBOARD applied to INEX>RENDERBOARD. Facade Solutions UBIQ recommends the coatings are tested prior to installation.

5 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. DIMENSIONAL AND GEOMETRICAL CHARACTERISTICS GEOMETRICAL TESTS EQUILIBRIUM CONDITION STANDARD Length/Width/Thickness PASS AS/NZS 90. Straightness & Squareness PASS AS/NZS 90. PHYSICAL CHARACTERISTICS APPARENT DENSITY TEST kg/m³ STANDARD mm INEX>RENDERBOARD AS/NZS Clause.. - test method... Condition: Mass determined by drying out the test specimens in a ventilated oven maintained at 00 C for hrs. STRENGTH CHARACTERISTIC TYPE TEST DRY CONDITION WET CONDITION STANDARD Bending Strength (Mean) >MPa >0MPa AS/NZS Clause. - test method.. Classification - Type A* AS/NZS 90. Category AS/NZS 90. Modulus of Elasticity >0GPa >GPa AS *Type A is intended for external applications where it may be subjected to the direct action of sun, rain and /or snow. DURABILITY, MOISTURE RESISTANCE AND CORROSION CHARACTERISTIC TYPE TEST THERMAL PROPERTIES CHARACTERISTIC TYPE TEST STANDARD Water Permeability PASS AS/NZS clause. - test method.. Frost Resistance PASS AS/NZS clause. - test method.. Heat-rain PASS AS/NZS clause. - test method B. Soak-dry PASS AS/NZS clause. - test method.. Corrosion Corrosion Tests undertaken by SGS Australia Pty. Ltd. demonstrate that INEX>RENDERBOARD does not accelerate corrosion on class or higher metal fasteners & fixings. STANDARD Thermal Conductivity 0.9 W/m.K AS/NZS 9. R-Value at mm Thickness 0.09 m².k/w AS/NZS 9. R-Value (typical wall system). m.k/w Building Code of Australia Specification J. Assumes R. thermal insulation, minimum mm cavity & 0mm plasterboard internal lining. Flammability Index AS Ignitability Index 0 AS/NZS 0.:999 Spread of Flame Index 0 AS/NZS 0.:999 Heat Evolved Index 0 AS/NZS 0.:999 Smoke Developed Index AS/NZS 0.:999 Material Group Number AS/NZS -99 / BCA Spec. A. Combustibility PASS - Not deemed Combustible AS clause. & AS/NZS :99 Building Code of Australia - Specification A. Bush Fire Attack Level BAL-0 PASS AS/NZS 0.. Bush Fire Attack Level BAL-FZ PASS AS & AS OTHERS MATERIAL TEST WET WEATHER & WEATHERPROOFING PHYSICAL PROPERTIES Asbestos PASS - Asbestos Free AS 9-00 Fungal Resistance PASS No growth ASTM C-0 VOC Emission Very Low (0.0mg/m /hr) ASTM D STANDARD / METHOD STANDARD / METHOD Wall System with Vert. Battens PASS BCA V.. & AS/NZS Wall System with Top Hats PASS BCA V.. & AS/NZS Facade Solutions

6 INSTALLATION PRODUCT WEIGHT At Approx. kg (00mm long) or kg (000mm across) INEX>RENDERBOARD is lightweight and easy to handle on site. STORAGE INEX>RENDERBOARD should be stored dry, flat and with all edges protected from damage. We recommend storage undercover and raised from the ground. HANDLING Wear protective gloves when handling or cutting sheets. SUPPORT FRAMING INEX>RENDERBOARD systems can be fixed to timber or steel studs with spacing at maximum 00mm 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 Residential timber-framed construction. Steel framing must be in accordance with AS Domestic metal framing. Ensure framing is plumbed prior to fitting. FIXING WALL SYSTEMS ASSEMBLY Refer diagrams on page 0 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: 0mm Min. from all tongue and grooves,mm min. from all butt joints 0mm Min. from all corners Max. 0mm centres along studs FIXINGS TIMBER JOISTS Class Galvanised Fixings or higher* Screws: 0gx0mm self-embedding countersunk head screws. FIXINGS STEEL JOISTS Class Galvanised Fixings or higher* Screws: gxmm self-drilling, self-embedding, countersunk head screws. *0g required for FRL & BAL-FZ *Class or Stainless Steel screws for sea spray zone in accordance with AS. WALL SYSTEMS INEX>RENDERBOARD can be installed in conjunction with a variety of lightweight wall systems and finished with a range of coatings. INEX>RENDERBOARD delivers a BAL-FZ* and/or a Fire Resistance Level ( FRL) of 0/0/0 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 0/0/0. BAL-FZ FRL 0/0/0 Facade Solutions

7 INEX>RENDERBOARD FINISHING SYSTEMS INSULATION BATT VAPOUR PERMEABLE WALL WRAP ROUGH SIDE FACING OUT TONGUE & GROOVE JOINT MINIMISES JOINT CRACKING OF THE RENDER COAT. RENDER SYSTEM RENDER COAT FINISH Install 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 for approved render coat systems. PAINT or CLEAR SEAL FINISH Options 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 for approved paint or clear seal systems FRAMING SYSTEMS MAXIMUM STUD SPACING WIND CLASSIFICATION STUD SPACING Non-cyclonic Cyclonic General areas Within 00mm of building (mm) of building edges (mm) N, N, N C N, N C, C 00 0 N C 0 0 Stud spacings for INEX>RENDERERBOARD for the wind load classifications of AS 0 Wind Loads for Housing are given in the above table. INEX>RENDERBOARD must be fixed to either timber or light gauge steel framing at a maximum of 00mm 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 0/0/0 & BAL-FZ WALL SYSTEMS INEX>RENDERBOARD wall system, when used with a minimum mm steel furring channel or batten on either a timber or steel frame has achieved an FRL of 0/0/0 when tested against the Australian Standard AS0.-00 and therefore is suitable for BAL-FZ* construction in accordance with AS There is no fire rated plasterboard required for these systems, details of which are provided in this document. BAL-FZ FRL 0/0/0 BAL-FZ SYSTEM IN TIMBER STUD FRAME AS AS BAL-FZ SYSTEM IN STEEL STUD FRAME AS AS BAL-FZ FRL 0/0/0 Facade Solutions

8 LAYING PATTERN Figure 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. For render coat applications, INEX>RENDERBOARD must be fitted with rough side facing out for best adhesion. MOVEMENT CONTROL JOINT Despite 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 m, at internal changes of wall direction and at openings such as windows and doorways or where existing structural joints are located. Refer to Figure. 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. FOAM BACKER ROD / AIR SEAL INEX>RENDERBOARD INEX>RENDERBOARD STARTER & CORNER TRIMS When 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. RENDER SYSTEM INEX>BOND OR PAINTABLE VEE JOINT POLYURETHANE FLEXIBLE Figure SEALANT ONE EXAMPLE OF MOVEMENT CONTROL JOINT STARTER TRIM ➊ -RST-. CORNER TRIM ➋ -RMESH-. ➊ ➋ Facade Solutions

9 INSTALLATION EQUIPMENT UBIQ recommends the following equipment and accessories for the installation of INEX>RENDERBOARD: GENERAL: CUTTING: SCREW FIXING: INEX>RENDERBOARD can be machined and worked in same way as comparable fibre cement wall sheeting. 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. 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 m 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 0 mm 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 & SAFETY UBIQ 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 concrete finish. INEX>RENDERBOARD: FRL 0/0/0 and Rw/Rw+Ctr /9 system fixed smooth side out with vertically expressed V joins. First coat of paint system being applied. Facade Solutions 9

10 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 SELECTION TYPICAL ASSEMBLY INSTRUCTIONS In 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 BATTEN VERTICAL MIN mm MIN mm (Furring channel) 0/0/0 (BAL-FZ) 0/0/0 (and/or BAL-FZ) BATTEN HORIZONTAL TIMBER FRL or BAL STEEL FRL or BAL MIN mm* (Top Hat) 0/0/0 (and/or BAL-FZ) *Depth of top hat will be subject to wind load criteria and structural design of the overall frame. 0 Facade Solutions

11 EXP. JOINT AT EACH SHEET OR STOREY SINGLE SHEET EXP. JOINT AT EACH SHEET OR STOREY SHEET LENGTH 00mm or 000mm VERTICAL EXPANSION JOINT AT Max..0m CENTRES (0 SHEETS) OR AS OTHERWISE REQUIRED HORIZONTAL BATTENS (TOP HATS) & VERTICAL BOARDS HORIZONTAL BATTENS & VERTICAL BOARDS SHEET LENGTH 00mm or 000mm EXP. JOINT AT EACH STOREY FIX BOARDS TO STACK PATTERN (WHERE JOINED OFF STUD SECURE WITH BACKING PLATE) TONGUE FACING UP AT ALL HORIZONTAL JOINS SHEET WIDTH 00mm EXP. JOINT AT EACH STOREY VERTICAL EXPANSION JOINT AT MAX METRES OR AS OTHERWISE REQUIRED SINGLE SHEET VERTICAL BATTENS (FURRING CHANNELS) & HORIZONTAL BOARDS Facade Solutions

12 MAX 00mm BETWEEN STUDS MAX 00mm BETWEEN STUDS MAX 00mm BETWEEN STUDS MAX 00mm BETWEEN STUDS MIN mm DEEP & 0.bmt TOP HAT TOP HAT TIMBER STUD TIMBER STUD MAX. 00mm BETWEEN TOP HATS MAX. 00mm BETWEEN TOP HATS TIMBER TIMBER STUD STUD FIXING OF TOP HAT TO THE TIMBER FRAME BE DETERMINED BY THE FRAME TOP HAT ENGINEER TO STUD WITH?? GUAGE MIN Class GALV. SCREW (Min.??mm INTO STUD) STEEL STUD STEEL STUD FIXING OF TOP HAT TO THE STEEL FRAME BE DETERMINED BY THE TOP FRAME HAT TO ENGINEER STUD WITH?? GUAGE MIN Class GALV. SCREW (Min.??mm INTO STUD) STEEL STUD STEEL STUD MIN mm DEEP & 0.bmt TOP HAT TOP HAT HORIZONTAL BATTENS - FIXED TO FRAME DETAILS HORIZONTAL BATTENS Min. mm DEEP STEEL - FIX TO FRAME DETAILS Min. mm DEEP TIMBER BATTEN RQRD FOR FRL Min. 0/0/0 mm & DEEP BAL-FZ TIMBER BATTEN RQRD FOR FRL 0/0/0 & BAL-FZ TOP HATS FIXED TO FRAME DETAILS FURRING CHANNEL ON CLIPS Min. mm RQRD DEEP FORSTEEL FRL FURRING 0/0/0 CHANNEL ON CLIPS RQRD FOR FRL 0/0/0 FIXING CLIP FIXING CLIP # FURRING CHANNEL FURRING CHANNEL #0 MAX. 0mm MAX. 0mm TIMBER BATTEN 0 GAUGE 0 GAUGE MIN Class MIN Class GALV. SCREW GALV. SCREW (Min. 0mm (Min. 0mm INTO STUD) INTO STUD) TIMBER TO TO TIMBER CLIP??? FIXING GAUGEIN ACCORDANCE MIN Class WITH GALV. SPAN SCREW TABLES (Min. 0mm INTO STUD) No.??? GAUGE MIN Class GALV. SCREW (Min. 0mm INTO STUD) FURRING CHANNEL TO TIMBER VERTICAL FURRING BATTENS CHANNELS - FIXED - FIXED TO TO FRAME TO FRAME DETAILS Facade Solutions TIMBER STUD FIXING FIXING CLIPS CLIPS AT AT MAX. MAX. 0mm c/c c/c SINGLE?? x?? M x?? BATTEN ANGLE SCREW SUPPORT AS FOR FURRING CHANNEL SUPPORT FOR EACH (Max. METRE FURRING CHANNEL LENGTH OF CHANNEL (Max. METRE ABOVE) LENGTH OF CHANNEL ABOVE) FURRING CHANNEL CLIP FIXING IN ACCORDANCE??? GAUGE WITH Min. SPAN Class TABLES GALV. SCREW (Min. mm INTO STUD) FIXING FIXING CLIPS CLIPS AT AT MAX. MAX. 0mm 0mm c/c c/c No.??? GAUGE Min. Class GALV. SCREW (Min. mm INTO STUD) FIXING CLIPS AT MAX. 0mm c/c FIXING CLIPS AT MAX. 0mm c/c?? SINGLE x?? x?? M ANGLE BOLT AS SUPPORT SUPPORT FOR FOR EACH FURRING CHANNEL FURRING CHANNEL (Max. METRE (Max. METRE LENGTH OF CHANNEL LENGTH OF CHANNEL ABOVE) ABOVE) FURRING CHANNEL TO STEEL TO TIMBER TO STEEL 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. STEEL STUD FURRING CHANNEL

13 DESIGN FOR WEATHER TIGHTNESS NCC Verification Method FV Above all other considerations is the requirement for INEX>RENDERBOARD façade systems to provide protection against the elements. In 0 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 FV. The INEX>RENDERBOARD Wet Weather Test as undertaken by CSIRO. 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 FV. These tests confirmed the ability of each system to meet the requirements AS/NZ :00 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 +/- 000Pa, and Waterproofing performance up to +/- 00Pa (under cyclic pressure). Both of the CSIRO reports are available for download at the relevant INEX>RENDERBOARD page at: Facade Solutions

14 STRUCTURAL LOADING & SPAN TABLES TOP HATS In addition to the Verification Method FV 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 000Pa. These tests were undertaken in accordance with AS/NZS :00 and they have allowed for this INEX>RENDERBOARD façade system to be installed for Ultimate Wind Pressures up to.0kpa. FIXING TABLES TOP HATS The tables below indicate the number of fixings required per panel per top hat for various wind pressures. These tables is to be read in conjunction with the typical panel and frame details overleaf. It should be noted that these tables only validate the fixing methods for INEX>RENDERBOARD to a minimum 0. 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. INEX>RENDERBOARD SINGLE SPAN SPAN OR GREAT Ultimate Pressure No. of Fixings No. of Fixings (kpa) Centre or Ends Centre Ends PERMISSIBLE GRAVITY LOADING SUPPORTS FOR INEX>RENDERBOARD Top Hat Rondo Depth (mm) Maximum Spacing M 00 H 00 M 00 H 00 M H M0 0 0* H *Maximum spacing for M0 can be used at 00mm where Stud spacing are installed at 0mm. RESTRICTIONS TO USE OF FIXING TABLE: Maximum stud spacing = 00 mm Maximum top hat spacing = 00 mm Minimum top hat grade fy = 0 MPa Minimum top hat thickness = 0. 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/0. Wind pressures shall be determined in accordance with AS 0. 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 0.0 kn per screw. UBIQ panel modulus of elasticity, E =,000 MPa. UBIQ panel flexural modulus = MPa. Facade Solutions

15 TIMBER FRAME SYSTEM: FRL 0/0/0 & BAL-FZ Timber studs at Max. 00mm centres to AS Option for Min. mm deep steel batten/top hat Option for Min. mm deep timber batten Option for any insulation Vapour permeable building wrap INEX>RENDERBOARD Joins on stud require sealing with proprietary fire sealant such as Bostik Fireban Option for multiple approved render coat systems 0mm thick standard grade plasterboard or equivalent Joins off stud fixed with backing board (see overleaf) Achieves FRL 0/0/0 when tested to AS0.-00 Meets AS Section 9 (BAL-FZ) via testing to AS0.-00 Facade Solutions

16 RENDERBOARD FRL 0/0/0 & BAL-FZ TIMBER FRAME ALL JOINS OFF STUD WITH BACKING PLATE (NO SEALANT RQRD) MAX 00 ALL JOINS OFF STUD WITH BACKING PLATE (NO SEALANT RQRD) MAX 00 0 EQ 0 0 EQ EQ 0 0 EQ 0 0 ALL JOINS ON STUD REQUIRE SEALING WITH PROPRIETARY FIRE SEALANT SUCH AS BOSTIK 'FIREBAN ' ALL JOINS ON STUD REQUIRE SEALING WITH PROPRIETARY FIRE SEALANT SUCH AS BOSTIK 'FIREBAN ' TONGUE FACING UP AT TONGUE AND GROOVE JOINT TONGUE FACING UP AT MAX 00 TONGUE AND GROOVE JOINT 0 EQ EQ EQ EQ x 00 BACKING PLATE (CUT 00x00 FROM RENDERBOARD) INEX>RENDERBOARD MIN 00 mm x 00 TIMBER BACKING BATTEN PLATE (CUT FROM RENDERBOARD) ANY MIN BEATHABLE mm TIMBER WALL BATTEN WRAP 00x00 INEX>RENDERBOARD ANY BEATHABLE WALL WRAP TIMBER STUD FRAME ANY INSULATION TIMBER STUD FRAME 0mm PLASTERBOARD OR SIMILAR ANY INSULATION 0g MIN Class GALVANISED COUNTE 0mm SINKING PLASTERBOARD SCREWS OR SIMILAR 0g MIN Class GALVANISED COUNTER SINKING SCREWS Facade Solutions

17 TIMBER FRAME SYSTEM: FRL 0/0/0 & BAL-FZ Timber studs at Max. 00mm centres to AS Option for Min. mm deep furring channel on proprietary fixing clips Option for any insulation Vapour permeable building wrap INEX>RENDERBOARD Option for multiple approved render coat systems 0mm thick standard grade plasterboard or equivalent All joins off stud and with backing plate (no sealant required) R Achieves FRL 0/0/0 when tested to AS0.-00 Meets AS Section 9 (BAL-FZ) via testing to AS0.-00 Facade Solutions

18 RENDERBOARD FRL 0/0/0 & BAL-FZ TIMBER FRAME ALL JOINS OFF STUD WITH BACKING PLATE (NO SEALANT RQRD) MAX 00 ALL JOINS OFF STUD WITH BACKING PLATE (NO SEALANT RQRD) MAX 00 0 EQ 0 0 EQ EQ 0 0 EQ 0 0 ALL JOINS ON STUD REQUIRE SEALING WITH PROPRIETARY FIRE SEALANT SUCH AS BOSTIK 'FIREBAN ' ALL JOINS ON STUD REQUIRE SEALING WITH PROPRIETARY FIRE SEALANT SUCH AS BOSTIK 'FIREBAN ' TONGUE FACING UP AT TONGUE AND GROOVE JOINT TONGUE FACING UP AT MAX 00 TONGUE AND GROOVE JOINT 0 EQ EQ EQ EQ x00 INEX>RENDERBOARD ANY BEATHABLE WALL WRAP 00 x 00 BACKING PLATE (CUT 00x00 FROM RENDERBOARD) INEX>RENDERBOARD MIN mm STEEL FURRING CHANNEL, on 00x00 x 00 BACKING PLATE PROPRIETARY (CUT FROM INEX>RENDERBOARD) FIXING CLIPS SUCH AS:- - RONDO 9mm #9 or mm #0 FIXED WITH RONDO MIN. # mm CLIP STEEL FURRING CHANNEL, on - STUDCO on PROPRIETARY 0mm TOP HAT FIXING FIXED CLIPS WITH CLIPS, SUCH STUDCO SUCH AS:- CLIP) AS: - RONDO 9mm #9 or mm #0 FIXED WITH RONDO # # CLIP CLIP - STUDCO 0mm TOP HAT FIXED WITH STUDCO CLIP) TIMBER STUD FRAME ANY BREATHABLE BEATHABLE WALL WRAP ANY INSULATION TIMBER STUD FRAME 0mm PLASTERBOARD OR SIMILAR ANY INSULATION 0g MIN Class GALVANISED COUNTER 0mm SINKING PLASTERBOARD SCREWS OR SIMILAR 0g MIN Class GALVANISED COUNTER SINKING SCREWS Facade Solutions

19 TIMBER FRAME VERTICAL BATTENS ASSEMBLY DETAILS BATTEN DRAWN AT mm (F) PLAN PLAN CAVITY FRL 0/0/0 FRL 0/0/0 EXTERNAL CORNER RENDER BEAD INEX>BOND, OR OTHER PAINTABLE POLYURETHANE FLEXIBLE SEALANT ON BACKING ROD (or proprietary fire sealant if FRL required) EXPANSION JOINT EXPANSION JOINT EXPANSION JOINT RENDER BEAD (or proprietary fire sealant on backing rod if FRL required) APPROVED RENDERCOAT SYSTEM TIMBER STUD FRAME 00x00 INEX>RENDERBOARD Rough side facing outwards MIN mm TIMBER BATTEN (mm or greater delivers FRL 0/0/0) OPTION FOR METAL BATTEN (to deliver FRL 0/0/0) MIN mm STEEL FURRING CHANNEL, on PROPRIETARY FIXING CLIPS SUCH AS:- - RONDO 9mm #9 or mm #0 FIXED WITH RONDO # CLIP - STUDCO 0mm TOP HAT FIXED WITH STUDCO CLIP 9 ANY BREATHABLE WALL WRAP ANY INSULATION 0mm PLASTERBOARD OR SIMILAR 0mm x 0 GUAGE MIN Class GALV. COUNTER SINKING SCREWS (0mm LONG FOR STEEL BATTENS) Facade Solutions 9

20 INEX>FLOOR INEX>FLOOR JOIST JOIST BEARER CONCRETE PAD OR BEARER STRIP CONCRETE FOOTINGPAD OR (strip STRIP footing FOOTING required for (strip FRL) footing required for FRL) WALL ON BEARERS BEARERS WALL ON BEARERS 9 9 FFL FFL CONCRETE GROUND SLAB CONCRETE GROUND SLAB RENDER STARTER TRIM WITH SNAP 0 TO SUIT CHOSEN BATTEN THICKNESS (see below). IF FRL RENDER REQUIRED:- STARTER TRIM WITH SNAP 0 - Install TO fire SUIT stop CHOSEN BATTEN THICKNESS (see below). or IF FRL REQUIRED:- - Locate - Install concrete fire stop edge mm behind INEX>RENDERBOARD or (see details below) - Locate concrete edge mm behind INEX>RENDERBOARD (see details below) 9 9 MIN mm MIN mm WALL ON GROUND WALL ON GND WALL SLABON SLAB GND SLAB INEX>FLOOR INEX>FLOOR BATTEN DRAWN AT mm (F) BATTEN DRAWN AT mm (F) FFL FFL mm GAP TO FACE OF CONCRETE 9 METAL FLASHING 9 mm GAP TO FACE OF METAL FLASHING FRL OPTION CONCRETE mm GAP TO FACE OF FRL STARTER TRIM WITH SNAP FRL FRL OPTION CONCRETE (see below). OPTION OPTION STARTER TRIM WITH SNAP FRL (see below). OPTION RENDER STARTER TRIMULTI-SIZE RENDER STARTER TRIM No. -RST-.. by RENDER STARTER TRIM No. -RST-.. by mm GAP TO FACE OF CONCRETE 9 METAL FLASHING METAL FLASHING MIN mm 9 MIN mm STARTER TRIM WITH SNAP (see below). STARTER TRIM WITH SNAP (see below). mm mm mm 0 x SNAP POINTS 0SNAP 0 (FULL TRIM) SNAP SNAP SNAP x SNAP POINTS MULTI-SIZE RENDER STARTER TRIM SNAP 0 (FULL TRIM) SNAP SNAP SNAP 0 Facade Solutions mm mm mm MULTI-SIZE RENDER STARTER TRIM

21 CORNER HEAD RENDER BEAD WITH DRIP MOULD + RENDER STOP BEAD FLASHING as required by window manufacturer EXTERNAL CORNER RENDER BEAD + RENDER STOP BEAD STORM MOULD OR SELANT HEAD FLASHING as required by window manufacturer JAMB JAMB SILL EDGE RENDER BEAD + RENDER STOP BEAD BATTEN DRAWN AT mm (F) SILL APPROVED RENDERCOAT SYSTEM TIMBER STUD FRAME 00x00 INEX>RENDERBOARD Rough side facing outwards ANY BREATHABLE WALL WRAP MIN mm TIMBER BATTEN (mm or greater delivers FRL 0/0/0) OPTION FOR METAL BATTEN (to deliver FRL 0/0/0) MIN mm STEEL FURRING CHANNEL, on PROPRIETARY FIXING CLIPS SUCH AS:- - RONDO 9mm #9 or mm #0 FIXED WITH RONDO # CLIP - STUDCO 0mm TOP HAT FIXED WITH STUDCO CLIP 9 ANY INSULATION 0mm PLASTERBOARD OR SIMILAR 0mm x 0 GUAGE MIN Class GALV. COUNTER SINKING SCREWS (0mm LONG FOR STEEL BATTENS) Facade Solutions

22 SELECTED METAL CAPPING ROOF 9 NOTE: PARAPET WALL SHALL BE DESIGNED AN FASTENED IN ACCORDANCE WITH SAA -HB INSTALLATION CODE FOR METAL ROOFING AND WALL CLADDING. STOP ENDS SHALL BE INCORPARATED TO ALL FLASHINGS PARAPET PARAPET RENDER STOP BEAD FLASHING as required by window manufacturer RENDER STOP BEAD CONTINUOUS BEAD OF JOINT SEALANT HEAD HEAD JAMB JAMB FLASHING as required by window manufacturer SILL BATTEN DRAWN AT mm (at this thickness will require min mm long screws to fix INEX>RENDERBOARD through to stud behind) Facade Solutions

23 STEEL FRAME SYSTEM: FRL 0/0/0 & BAL-FZ Steel studs at Max. 00mm centres to AS/NZS00 Option for Min. mm deep furring channel on proprietary fixing clips Option for any insulation Vapour permeable building wrap INEX>RENDERBOARD Option for multipe approved render coat systems 0mm thick standard grade plasterboard or equivalent All joins off stud and with backing plate (no sealant required) Achieves FRL 0/0/0 when tested to AS0.-00 Meets AS Section 9 (BAL-FZ) via testing to AS0.-00 Facade Solutions

24 RENDERBOARD FRL 0/0/0 & BAL-FZ STEEL FRAME MAX ALL JOINS OFF STUD WITH BACKING PLATE (NO SEALANT RQRD) ALL JOINS OFF STUD WITH BACKING PLATE (NO SEALANT RQRD) 0 EQ 0 0 EQ EQ 0 EQ ALL JOINS ON STUD REQUIRE SEALING WITH PROPRIETARY FIRE SEALANT SUCH AS BOSTIK 'FIREBAN ' ALL JOINS ON STUD REQUIRE SEALING WITH PROPRIETARY FIRE SEALANT SUCH AS BOSTIK 'FIREBAN ' TONGUE FACING UP AT TONGUE AND GROOVE JOINT TONGUE FACING UP AT TONGUE AND GROOVE MAX 00 JOINT 0 EQ EQ 0 EQ 0 0 EQ MAX 00 00x00 INEX>RENDERBOARD ANY BEATHABLE WALL WRAP 00 x 00 BACKING PLATE (CUT 00x00 FROM RENDERBOARD) INEX>RENDERBOARD MIN 00x00 mm x 00 STEEL BACKING FURRING PLATE CHANNEL, on PROPRIETARY (CUT FROM INEX>RENDERBOARD) FIXING CLIPS SUCH AS:- - RONDO 9mm #9 or mm #0 FIXED WITH RONDO MIN. # mm CLIP STEEL FURRING CHANNEL, on - STUDCO on PROPRIETARY 0mm TOP HAT FIXING FIXED CLIPS WITH CLIPS, SUCH STUDCO SUCH AS:-CLIP) AS: - RONDO 9mm #9 or mm #0 FIXED WITH RONDO # # CLIP CLIP - STUDCO 0mm TOP HAT FIXED WITH STUDCO CLIP) ANY STEEL BREATHABLE BEATHABLE STUD FRAME WALL WRAP STEEL ANY INSULATION STUD FRAME ANY 0mm INSULATION PLASTERBOARD OR SIMILAR 0mm 0g MIN PLASTERBOARD Class GALVANISED OR SIMILAR COUNTER SINKING SCREWS 0g MIN Class GALVANISED COUNTER SINKING SCREWS Facade Solutions

25 STEEL FRAME VERTICAL BATTEN ASSEMBLY DETAILS STEEL FRAME VERTICAL BATTEN ASSEMBLY DETAILS mm FURRING CHANNEL DRAWN PLAN FRL 0/0/0 EXTERNAL CORNER RENDER BEAD CAVITY INEX>BOND, OR OTHER PAINTABLE POLYURETHANE FLEXIBLE SEALANT ON BACKING ROD (or proprietary fire sealant if FRL required) EXPANSION JOINT EXPANSION JOINT EXPANSION JOINT RENDER BEAD (or proprietary fire sealant on backing rod if FRL required) APPROVED RENDERCOAT SYSTEM 00x00 INEX>RENDERBOARD Rough side facing outwards MIN mm METAL BATTEN (delivers FRL 0/0/0) mm STEEL FURRING CHANNEL, on PROPRIETARY FIXING CLIPS SUCH AS:- - RONDO 9mm #9 or mm #0 FIXED WITH RONDO # CLIP - STUDCO 0mm TOP HAT FIXED WITH STUDCO CLIP ANY BREATHABLE WALL WRAP STEEL STUD FRAME ANY INSULATION 0mm PLASTERBOARD OR SIMILAR 0mm LONG 0 GUAGE MIN Class GALV. COUNTER SINKING SCREWS Facade Solutions

26 INEX>FLOOR INEX>FLOOR PURLIN PURLIN BEAM MS ANGLE NOTE: U/S OF FLOOR STRUCTURE NOT SHOWN TO FRL PERFORMANCE. IF REQUIRED, SPECIFIER TO DETAIL POST TO FOOTING POST TO WALL ACCORDINGLY. ON FRAME BEAM MS ANGLE FOOTING NOTE: ACCORDINGLY. U/S OF FLOOR STRUCTURE NOT SHOWN TO FRL PERFORMANCE. IF REQUIRED, SPECIFIER TO DETAIL WALL ON FRAME WALL ON FRAME mm FURRING CHANNEL DRAWN mm FURRING FFL CHANNEL DRAWN CONCRETE GROUND SLAB RENDER STARTER TRIM WITH SNAP TO SUIT CHOSEN BATTEN THICKNESS (see below). IF FRL REQUIRED:- - Install RENDER fire stop STARTER TRIM WITH SNAP or TO SUIT CHOSEN BATTEN THICKNESS (see below). - Locate IF concrete FRL REQUIRED:- edge mm behind INEX>RENDERBOARD - Install fire stop(see detail below) or - Locate concrete edge mm behind INEX>RENDERBOARD (see detail below) FFL FFL mm GAP TO FACE OF CONCRETE FFL CONCRETE GROUND SLAB MIN mm WALL ON WALL GROUND ON GND SLAB WALL SLABON GND SLAB METAL FLASHING MIN mm METAL FLASHING RENDER STARTER TRIM No. -RST-.. by FRL OPTION FRL OPTION mm GAP TO FACE OF CONCRETE FRL OPTION MULTI-SIZE RENDER STARTER TRIM MIN mm STARTER TRIM WITH SNAP (see below). MIN mm STARTER TRIM WITH SNA (see below). RENDER STARTER TRIM No. -RST-.. by mm mm mm 0 x SNAP POINTS mm mm mm SNAP 0 (FULL TRIM) SNAP SNAP SNAP 0 MULTI-SIZE RENDER STARTER TRIM x SNAP INEX RENDERBOARD POINTS Facade Solutions SNAP 0 (FULL TRIM) SNAP SNAP SNAP

27 RENDER STOP BEAD RENDER STOP BEAD CONTINUOUS BEAD OF JOINT SEALANT FLASHING as required by window manufacturer HEAD FLASHING as required by window manufacturer JAMB SILL SILL APPROVED RENDERCOAT SYSTEM ANY BREATHABLE WALL WRAP 00x00 INEX>RENDERBOARD Rough side facing outwards MIN mm METAL BATTEN (delivers FRL 0/0/0) mm STEEL FURRING CHANNEL, on PROPRIETARY FIXING CLIPS SUCH AS:- - RONDO 9mm #9 or mm #0 FIXED WITH RONDO # CLIP - STUDCO 0mm TOP HAT FIXED WITH STUDCO CLIP STEEL STUD FRAME ANY INSULATION 0mm PLASTERBOARD OR SIMILAR 0mm LONG 0 GUAGE MIN Class GALV. COUNTER SINKING SCREWS Facade Solutions

28 TIMBER OR STEEL FRAME ASSEMBLY DETAILS HORIZONTAL BATTENS BATTEN DRAWN AS mm HORIZONTAL TOP HAT Min. mm COLORBOND EQUAL ANGLE. - FIX TO INSIDE OF FIRST BOARD INTO CNR PRIOR TO FIX OF BOARD. PLAN PLAN FRL 0/0/0 RENDER EXTERNAL TRIM, SUCH AS -RMESH-., BY PLASTER TAPE AND TRIM (PTT) CAVITY INEX>BOND, OR OTHER PAINTABLE POLYURETHANE FLEXIBLE SEALANT (or proprietary fire sealant if FRL required) EXPANSION JOINT EXPANSION JOINT RENDER SEALANT EXPANSION JOINT, SUCH AS -RSEXP-., BY PLASTER TAPE AND TRIM (PTT) (FILL WITH SEALANT AFTER RENDER SYSTEM COMPLETE) APPROVED RENDERCOAT SYSTEM ANY BREATHABLE WALL WRAP 00x00 INEX>RENDERBOARD Rough side facing outwards Min. mm TOP HAT WITH TAPERED LEGS AT Max. 00mm VERTICAL CENTRES SUCH AS mm DEEP STUDCO M0 (0. BMT), or 0mm DEEP STUDCO TH0 (0. BMT) TIMBER OR STEEL STUD FRAME (BOTH DRAWN) ANY INSULATION 0mm PLASTERBOARD OR SIMILAR 0mm LONG GUAGE MIN Class GALV. COUNTER SINKING SCREWS Facade Solutions

29 ASSEMBLY DETAILS HORIZONTAL BATTENS TOP HAT 0 EQUAL EQUAL 0 0 EQUAL EQUAL 00 TOP HAT T&G JOINT TO INEX>RENDERBOARD HORIZONTAL JOINS ON TOP HAT(S) WHERE FRL REQUIRED SEAL WITH PROPRIETARY FIRE SEALANT SUCH AS BOSTIC 'FIREBAN ' MAX 00 TOP HAT CENTRES MAX 00 STUD FRAME MAX 00 STUD FRAME Facade Solutions 9

30 ASSEMBLY DETAILS HORIZONTAL BATTENS INEX>FLOOR PURLIN BEAM MS ANGLE POST TO FOOTING NOTE: U/S OF FLOOR STRUCTURE NOT SHOWN TO FRL PERFORMANCE. IF REQUIRED, SPECIFIER TO DETAIL ACCORDINGLY. WALL ON FRAME mm TOP HAT DRAWN FFL CONCRETE GROUND SLAB RENDER STARTER TRIM WITH SNAP TO SUIT CHOSEN BATTEN THICKNESS. IF FRL REQUIRED:- - Install fire stop or - Locate concrete edge mm behind INEX>RENDERBOARD (see detail below) FFL MIN mm WALL ON WALL GROUND ON GND SLAB SLAB METAL FLASHING mm GAP TO FACE OF CONCRETE MIN mm STARTER TRIM WITH SNAP FRL OPTION APPROVED RENDER COAT SYSTEM 00x00 INEX>RENDERBOARD Rough side facing outwards Min. mm TOP HAT WITH TAPERED LEGS AT Max. 00mm VERTICAL CENTRES SUCH AS mm DEEP STUDCO M0 (0. BMT), or 0mm DEEP STUDCO TH0 (0. BMT) 0 Facade Solutions ANY BREATHABLE WALL WRAP TIMBER OR STEEL STUD FRAME (STEEL DRAWN) ANY INSULATION 0mm PLASTERBOARD OR SIMILAR 0mm LONG 0 GUAGE MIN Class GALV. COUNTER SINKING SCREWS

31 ASSEMBLY DETAILS HORIZONTAL BATTENS SELECTED METAL CAPPING NOTE: PARAPET WALL SHALL BE DESIGNED AN FASTENED IN ACCORDANCE WITH SAA -HB INSTALLATION CODE FOR METAL ROOFING AND WALL CLADDING. STOP ENDS SHALL BE INCORPARATED TO ALL FLASHINGS ROOF PARAPET FFL EXPANSION JOINT RENDER BEAD (or proprietary fire sealant on backing rod if FRL required) HORIZONTAL JOINT (AT FLOOR JUNCTION, OR AS OTHERWISE RQRD). RENDER STOP BEAD RENDER STOP BEAD CONTINUOUS BEAD OF JOINT SEALANT HEAD FLASHING as required by window manufacturer FLASHING as required by window manufacturer JAMB SILL Facade Solutions

32 Proudly Distributed by Sydney (0) Townsville (0) 09 Newcastle (0) 9 Melbourne (0) John Cook & Sons (0) 9 0 Adelaide (0) 000 Brisbane (0) 00 Perth (0) This brochure was printed on March st, 0 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