Product Description
Experience the innovation of Coated Alkaline-Resistant (AR) Fiberglass Mesh, expertly designed to withstand the harshest conditions while maintaining exceptional performance.
Our Alkaline-Resistant Fiberglass Mesh is engineered with precision, using premium fiberglass yarn as the foundational fabric. It is then expertly coated with an advanced alkaline-resistant latex, ensuring unparalleled durability and effectiveness.
Thanks to meticulous surface treatment, this mesh offers exceptional alkaline-resistance and remarkable tensile strength. Its superior water resistance, flexibility, softness, and anti-aging properties make it an ideal choice for enduring and challenging environments.
This versatile solution is extensively utilized for reinforcing walls, enhancing natural marble, supporting plaster boards, fortifying artificial stone materials, optimizing exterior insulation finishing systems, and revitalizing building surfaces with unmatched efficacy.
Outstanding Features:
1. Mesh size options: Choose from 4x4mm, 4x5mm, or 5x5mm to meet your specific needs;
2. Versatile Weight/m²: Available in a range from 75g to 300g, providing flexibility for diverse applications;
3. Adjustable Width/roll: Spanning from 60cm to 200cm, this mesh adapts to various project requirements;
4. Extensive Length/roll: Choose from an impressive range of 20m to 500m, ensuring ample supply for large-scale projects;
5. Vibrant Color Choices: Standard white, alongside eye-catching blue, yellow, and more to suit aesthetic preferences;
6. Secure Packing: Each roll is carefully shrank wrapped, with 30 rolls per carton/pallet, or available in smaller cartons for convenience and protection.
Our exceptional product lineup features: Coated alkaline resistant fiberglass mesh, Glass-fiber Reinforced Component (GRC) mesh, fiberglass adhesive mesh, self-adhesive fiberglass joint tape, mesh for floor heat supplying systems, mesh for mosaic applications, and back mesh fabric for stone support, ensuring comprehensive solutions for a multitude of applications.