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Villaboard® Lining

James Hardie Villaboard® lining has been comprehensively tested and displays the following typical properties.

TECHNICAL INFORMATION

Thickness6mm9mm12mm

Nominal Weight8.3kg/m2

12.4kg/m2

16.6kg/m2

Nominal Sizes

1200mm X 2400mm1200mm X 2400mm

Nominal Density1340kg/m3

*all thickness

STRENGTH PERFORMANCE• Severe Duty Rating (88mm thick wall - James Hardie Villaboard® Wet Area System) - BS 5234 Part 2:1992 / SS 492:2001.• 88mm thick Wall - James Hardie Villaboard® Wet Area System also achieved the following performance; Crowd Pressure : 3.0 kN/m Light Weight Anchorage – pull out : 100 N Light Weight Anchorage – pull down : 250 N Heavy Weight Anchorage – wash basin : 1500 N Heavy Weight Anchorage – Pull Out : 4000 N Grab Bar Load Test (additional test) : 1.3 kN

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Reaction to Fire:• Non-combustible material according to BS476 Part 4

• Based on testing completed by CSIRO Division of Forest Products and Ensis Australia James Hardie building products have demonstrated resistance to termite attack.

THERMAL PROPERTIESo

• Certified by Green Building Council of Australia as environmentally sustainable, commercial internal building products.

GREEN LABELo

Thermal Conductivity:• Thermal Conductivity of 0.3120 W/mK as per results of ASTM C518:2010.

MOLD RESISTANCEo

• Test results in accordance with ASTM D3273-00 concluded that there was no mold growth on the Villaboard® lining resulting in a perfect rating of 10, with ten representing no mold growth on the surface.

TERMITE RESISTANCEo

FUNGUS RESISTANCEo

• ASTM G21-15 Standard Practice for Determining Resistance of Synthetic Polymeric Materials to Fungi wherein James Hardie Villaboard® Lining shows a favourable performance.

Average Face Screw Withdrawal Strength : 79.0 N/mmResistance to Axial Withdrawal of Screws:

1200mm X 2400mm

- BS EN 320:1993

Resistance to Moisture / Rotting: • Villaboard® Lining has demonstrated resistance to permanent moisture induced deterioration (rotting) by passing the following tests in accordance with ASTM C1185:08(2012);

Average Flexural / Bending Strength Tranverse Direction : 10.74MPa Longitudinal Direction : 19.31MPa

PHYSICAL & MOISTURE RELATED PROPERTIES

Water Absorption : 29.7% Moisture Movement : 0.021%

*The way fibre cement sheets are produced, the grain direction of the cellulose fibre is typically along the direction of the sheet. That means that typically the fibre direction is in the same direction as the long edge of the sheet. The characteristic flexural strength in the ‘a’ direction is typically stronger, as the rupture is occuring across the grain length. The ‘b direction is tested along the length of the cellulose fibres, therefore is typically lower than the ’a’ direction.

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Moisture Content Tranverse Direction : 0.14% Longitudinal Direction : 0.09%

Watertightness : No formation of drops of water on the underside of the sheet

Dimensional Conformance : Passed

Heat- Rain Durability: • Villaboard® Lining was tested in accordance with BS EN 12467-12 assessment method 7.4.2., results show there were no visible cracks, delamination, warping or bowing or other defects in the sheets that were sufficient to affect their in-use performance after 50 heat rain cycles.

Warm Water Resistance: • Villaboard® Lining was tested in accordance with BS EN 12467-12 assessment method 7.3.5 adopted in water bath in excess of lime. Villaboard® Lining met the BS EN criteria.

DURABILITYo

Soak-Dry: • Villaboard® Lining was tested in accordance with BS EN 12467-12 assessment method 7.3.6 deter-mined at the 95% confidence levels RL was found to be not less than 0.75 after 50 cycles. Villaboard® Lining met the BS EN criteria.

• Results showed that Villaboard® Lining complied with the Thickness Swelling and has a superior perfor-mance values in accordance with BS EN 317:1993 requirements.

Average Thickness Swelling : 0.03%

THICKNESS SWELLINGo

BREATHABILITYo

Average Water Vapour Transmission : 19 grains/ft2 hr Average Permeance : 46 perms

*Wall cavities do get wet, roofs leak, condensation occurs, plumbing leaks, construction materials are installed wet and internal moisture load can be very high. Walls get wet and require a way to dry out. When a wall cannot dry out, it becomes vulnerable to moisture-induced damage including mold and rot.

• In accordance with ASTM E96:2005 Standard Test Methods for Water Vapour Transmission of Materials, results showed that Villaboard® Lining has a superior performance values.

When it comes to building product performance, James Hardie leads the industry with durable fibre cement wall linings.

Our fibre cement building products are resistant to moisture, rotting, cracking, fire and termites - we guarantee it. So when you think of wet area durability - think James Hardie building products.

Fibre Cement Board•Villaboard® Lining HardieStop® Base

Water-resistant jointing compound

•Perforated Paper Tape HardieDriveTM Screw

Tested for 240 Hours Neutral Salt Spray Test in accordance to AS 2331.3.1-2001

•Passed AS 3566.2-2002 for Corrosion Resistance requirements.

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James Hardie Villaboard® Lining SystemComponents used

Villaboard® Lining Installation Diagram

* Please contact BUILDABLES Sales Representative for Full System Specification and Performance.

300 mm c/c600 mm c/c

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Cut stud 10mm shorter

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1 Layer James Hardie Villaboard® Lining 12mm fixed to both sides

BUILDSTEEL Stud35mm x 64mm x BMT 0.50/0.75

BUILDSTEEL Track32mm x 64mm x BMT 0.55/0.75

1 Layer James Hardie Villaboard® Lining 12mm fixed to both sides

Perforated Paper Tape

James Hardie HardieStop® Base Coat(2 coat system)

James Hardie HardieDrive Screws 32mm

1 Layer James Hardie Villaboard® Lining 12mm fixed to both sides

Stud service cut-out

ISOMETRIC VIEW

SECTION VIEW

BOTTOM DETAIL TOP DETAIL

BUILDSTEEL Stud35mm x 64mm x BMT 0.50/0.75

1 Layer James Hardie Villaboard® Lining 12mm fixed to both sides

BUILDSTEEL Track32mm x 64mm x BMT 0.55/0.75

Leave lining board 6-10mm clear of floor.

Track fixings at 600mm centres

Infill 5-10mm gap with Waterproof Sealant

Anchor Bolt or Powder Fastener fastened to

Infill 5-10mm gap with Wet Area Sealant

James Hardie Villaboard® Wet Area System

BUILDSTEEL Track32mm x 64mm x BMT 0.55/0.75

BUILDSTEEL Track32mm x 64mm x BMT 0.55/0.75

James Hardie HardieDrive Screws 32mmUpturn of Waterproofing

(By Others)

1 Layer James Hardie Villaboard® Lining 12mm fixed to both sides

BUILDSTEEL Stud35mm x 64mm xBMT 0.50/0.75

BUILDABLES PTE LTDSingapore’s Sole Distributor:

(65) 6429 1400(65) 6429 1411sales@buildables.sgwww.buildables.sg25 tampines industrial avenue 5,t5@tampines, singapore 528622

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James Hardie Villaboard® lining is a premium sanded fibre cement sheet with recessed edges for flush joint-ing. Villaboard lining is an ideal internal lining for bathrooms, laundries, kitchens and high trafiic abuse areas.

The mold resistance properties of James Hardie Villaboard® lining coupled with its proven durability character-istics, combine to give unique advantages for use in wet areas where mold resistance is important.

All interior walls using James Hardie Villaboard® lining are impact resistant, moisture resistant and achieve high levels of noise control in minimal space.

The main features of James Hardie Villaboard® lining are: • Durable wet area lining sheet • Creates suitable surface for tiles, paint or wallpaper • Long edges recessed for easy flush-jointing. • Reliable impact resistant lining. Ideal for wall lining in commercial applications where walls are prone to damage.

James Hardie Villaboard® lining is manufactured to AS/NZS 2908.2 ‘Cellulose-Cement Products Part 2: Flat Sheets’ (ISO 8336 ‘Fibre Cement Flat Sheets’).