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wedi Contract Board XPS Hard Foam Tile Backer Board 1300mm x 600mm

XPS Hard Foam Board With Reinforced Glass Fibre & Coated With Mortar

Quick And Easy To Appy

Heat Insulating

For Indoor Use

Suitable For Walls & Floors

Dimensions: 1300mm x 600mm

Choice Of Thickness

Option Product Code Price Quantity
Thickness: 6mm 014000006

£9.00 INC VAT

£7.50 EX VAT

Thickness: 10mm 014000010

£10.20 INC VAT

£8.50 EX VAT

Thickness: 12.5mm 014000012

£11.40 INC VAT

£9.50 EX VAT

Description

The Contract Board by wedi is an XPS hard foam board that consists of a core of XPS foam, reinforced on both sides with a glass fibre scrim and coated with a mortar.

The XPS hard foam board is versatile due to its special properties:
- Suitable for direct laying of tiles and slabs using the thin-bed method.
- Suitable for direct application for filler and plaster.
- No primer before applying the tile adhesive needed.
- Can be used for indoor insulation.
- Is ideally suited for the wet room in combination with a sealing system.
- The XPS hard foam board is approved for indoor use in rooms with normal temperatures.

The XPS hard foam board can be processed with all commercially available tools, such as a cutter knife, hand saw, jigsaw, hand circular saw, and table circular saw.

Surface requirements for laying:
The XPS hard foam board must be installed on load-bearing substrates.

XPS hard foam boards thinner than 12.5 mm:
- Stud frame application not approved.
- Glue onto a load-bearing substrate over the entire surface (without cavities).

XPS hard foam boards with thickness ≥ 12.5 mm:
- Glue or screw to load-bearing stud frame with a stud frame spacing of max. 300 mm (8 screws per XPS hard foam board).
- Alternatively, glue over the entire surface.

XPS hard foam boards with thickness ≥ 20 mm:
- Glue or screw to load-bearing stud frame with a stud frame spacing of max. 600 mm (8 screws per XPS hard foam board).
- Alternatively, glue over the entire surface.

Specification

Tensile strength: ≥0.2 N/mm².
Thermal conductivity: Min. 0.036 W/mK.
Compressive resistance or compressive strength at 10% compression: Min. 0.25 N/mm².
Density: 30 kg/m³ (+1/-1).
Tensile strength perpendicular to the panel plane: 0.4 N/mm².
Temperature limits: up to max. 70°.
Resistance to water vapour diffusion (μ) EN 12086: 80.