Gladiator Pink Render Mesh 1m x 90m - 160gsm

Pink Render Mesh 1m x 50m – 160gsm Fibreglass Reinforcement Mesh

The Gladiator Pink Render Mesh 1m x 50m is a high-strength, alkali-resistant fibreglass reinforcement mesh designed for strengthening rendered surfaces and helping prevent cracking. Manufactured from woven glass-fibre strands, this durable 160gsm mesh provides excellent reinforcement for external wall insulation systems, rendering, plastering and general construction applications.

Featuring a 4mm x 4mm mesh construction, it offers excellent flexibility and strength, making it suitable for both professional tradespeople and DIY projects.

Key Features

• High-Strength 160gsm Mesh – Durable woven fibreglass construction for reliable reinforcement.
• Alkali Resistant – Designed to withstand cement-based rendering materials.
• Crack Prevention – Helps distribute stress and reduce the risk of cracks developing in rendered surfaces.
• 4mm x 4mm Mesh – Provides effective reinforcement while allowing render to bond through the mesh.
• Suitable for Interior & Exterior Use – Ideal for a variety of rendering and plastering applications.
• Easy to Cut & Install – Flexible material that can be cut to size for convenient application.
• Bright Pink Colour – Highly visible during installation.

Suitable Applications

• External wall insulation (EWI) systems
• Cement-based rendering
• Wall reinforcement and crack prevention
• Base coat reinforcement
• Interior and exterior wall applications
• General building and renovation projects

Product Specifications

• Brand: Gladiator
• Product: Fibreglass Render Reinforcement Mesh
• Roll Width: 1m
• Roll Length: 50m
• Total Coverage: 50m²
• Weight: 160gsm
• Mesh Size: 4mm x 4mm
• Material: Woven Fibreglass
• Colour: Pink
• Properties: Alkali Resistant
• Product Code: 0210247

Professional Rendering Reinforcement

Ideal for plasterers, renderers and building contractors, Gladiator Pink Render Mesh provides a strong reinforcement layer that helps improve the durability and longevity of rendered surfaces.

Suitable for use with compatible rendering systems, the mesh is embedded into the base coat to help distribute stress and minimise surface cracking.