Blue Fibreglass Mesh (110g/m²) - 50m²

Brand: EWI Pro

£51.48 Incl. VAT

£51.48 Incl. VAT (regular price)

Please note: This product has a slightly longer lead time. Our team wiil notify you with an estimated delivery date.

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Blue Fibreglass Mesh (110g/m²) - 50m²

Our Blue Fibreglass Mesh is designed specifically to reinforce interior cement-lime or lime plaster finishes, ensuring your walls remain crack-free and durable. With a 10 x 10 mm mesh size, it’s easy to install at ceiling-to-plaster joints or across entire surface areas. Its 110 g/m² grammage makes it versatile for a wide range of applications, providing lasting durability and strength for interior walls. Ideal for both professional and DIY projects, this mesh guarantees a long-lasting, quality finish.

Technical Specifications

Length: 50m
Width: 1m
Area per roll: 50m²
Weight: 110g/m²
Colour: Blue
Brand: EWI Pro

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Frequently asked questions

Fibreglass Mesh is embedded with the cement-based basecoat layer as this ensures the final render or solid wall insulation system is both strong (to withstand impact) and flexible to withstand natural building movements that occur during the different seasons.

We recommend using EWI-225 Premium Basecoat as it has a high concentration of polymer-modified binders and synthetic fibres, delivering flexibility, higher crack resistance, and improved durability. However, other basecoats, such as EWI-222P Performance Basecoat and EWI-220 EPS Basecoat Adhesive, can be used with fibreglass mesh.

Fibreglass Mesh can be used in areas that need additional strengthening to bridge cracks externally/internally or give extra strength to floor screeds and plastered ceilings.

Fibreglass Mesh is embedded into the basecoat in vertical strips using the flat edge of a notched trowel. Each vertical strip of fibreglass mesh should overlap its neighbouring vertical strip by approximately 10-15cm.

Fibreglass Mesh is an integral component of render-only and external wall insulation systems. It allows the system to withstand impacts and natural building movements, reducing the risk of damage and hairline cracks.

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