Bond It Resistant Glass Fibre Woven Lightweight Render Reinforcing Mesh 50M Roll Rendering 145g Drywall Master Construction 5x5mm mesh

Brand: ARA CHOICE

Color: PINK

Features:

• USES: Offering incredible strength when embedded into wet base coat renders and is light, economical, tear resistant and easy to use.
• It is also widely used on external wall insulation systems, roof tiles and carpets.
• with floor coverings to maintain stability and durability.
• In conjunction with tile adhesives to distribute stress with ceramic, marble and stone tiles.

Package Dimensions: 0x0x0

Details: Bond It Resistant Glass Fibre Woven Lightweight Render Reinforcing Mesh 50M Roll

Description:
A lighter weight, alkali resistant glass fibre woven mesh, ideal for the reinforcement of render or basecoat
plaster. An ideal anti‐crack reinforcement for rendering systems. It is also widely used on external wall insulation
systems, roof tiles and carpets.

Uses
Offering incredible strength when embedded into wet base coat
renders and is light, economical, tear resistant and easy to use.
Stabilises surfaces and prevents cracking.
Can also be used:
as a reinforcement of waterproof membranes, felts
and similar roofing materials.
in conjunction with tile adhesives to distribute stress
with ceramic, marble and stone tiles.
with floor coverings to maintain stability and durability.

Application
Apply an even background coat of render to the required
thickness. Place the mesh into the wet render and lightly press in
with a trowel to completely cover the mesh. Overlap joints in the
mesh by a minimum of 5cm. Trowel over to give the required
finish effect.

Coverage
1 roll will cover 50m of substrate at a 1m width.

Size
50M x 1M rolls.

Storage Conditions
Store at room temperature and keep away from sources of heat
and water.

Disposal of Containers
Do not leave empty packaging where it could be harmful to
children, animals or the environment. Dispose of empty packaging
to a central disposal point in accordance with local regulations.

Health & Safety
Please refer to separate material safety data