Professional 1m x 50m Fiberglass Rendering Mesh (145g/m²).
High-quality, alkaline-resistant woven fiberglass mesh designed for reinforcing renders, plasters, and floor screeds. Featuring a 5mm x 5mm grid, it prevents cracks and ensures long-lasting durability in all types of construction insulation systems.
- Roll Size: 1m x 50m (50 SQM Coverage)
- Weight: 145gsm (Heavy Duty)
- Grid Size: 5mm x 5mm
- Delivery: Free nationwide delivery!
Quantity
Technical Info
Alkaline Resistant Fiberglass Mesh for Rendering & Plastering (145gsm)
Ensure the structural integrity of your walls and floors with our High-Performance Fiberglass Mesh. Specifically designed for reinforcing concrete, cement, renders, and plasters, this mesh is an essential component for preventing cracks and providing a stable base for any construction project.
Advanced Alkaline Resistance
Our mesh is made from high-quality woven fiberglass and coated with a specialized alkaline-resistant latex. This crucial coating prevents the high alkaline levels present in cements and mortars from degrading the glass fibers over time, ensuring the reinforcement maintains its full strength for the entire lifespan of the building.
Versatile Construction Applications
- External Insulation (EWI): Ideal for reinforcing facade plasters in external wall insulation systems using the "light" method, suitable for buildings of all heights.
- Crack Prevention: Perfect for bridging existing cracks in internal walls and preventing new ones from forming on unstable surfaces.
- Floor Screeds: Can be used to strengthen floor screeds, especially on challenging or unstable substrates.
- Ceiling Reinforcement: Provides additional support and strength for plasters applied to ceilings.
Technical Specifications
- Dimensions: 1 meter wide by 50 meters long (Total 50 SQM).
- Grammage: 145 g/m² - offering the perfect balance between strength and ease of application.
- Grid Geometry: 5 mm x 5 mm spacing for optimal bonding with the mortar or plaster.
- Ease of Use: Lightweight, flexible, and easy to cut and embed into the base coat.