Alkali-resistant glass fiber offers significant advantages over conventional alkali-free and medium-alkali glass fibers: superior alkali resistance, high tensile strength, and exceptional corrosion resistance in cement and other strong alkaline media. It is an irreplaceable reinforcement material for glass fiber reinforced cementitious materials (GRC).
Alkali-resistant glass fiber is the base material for glass fiber-reinforced cementitious materials (GRC). With the advancement of wall renovation and economic development, GRC has been widely used in a variety of applications, including interior and exterior building wall panels, insulation panels, air duct panels, garden ornaments, artistic sculptures, and civil engineering. It can be used to create products and components that are difficult or impossible to achieve with reinforced concrete. It can be used in non-load-bearing, secondary load-bearing, and semi-load-bearing building components, decorative pieces, and agricultural and animal husbandry facilities.
Alkali-resistant glass fiber mesh is made from medium-alkali and alkali-free glass fiber mesh, post-treated with an acrylic copolymer adhesive. This mesh features high strength, excellent alkali and acid resistance, strong resin adhesion, and excellent solubility in styrene. It is primarily used as a reinforcement for cement, plastic, asphalt, roofing, and wall construction. It is primarily used for GRC pre-laying, coating, or mechanical forming, and is particularly suitable for on-site exterior wall insulation projects.
1. Excellent chemical stability. It is resistant to alkali, acid, water, cement, and other chemical corrosion. It also has strong adhesion to resins and is easily soluble in styrene.
2. High strength, high modulus, and lightweight.
3. Excellent dimensional stability, stiffness, flatness, resistance to shrinkage and deformation, and excellent solubility.
4. Excellent toughness and impact resistance.
5. Mildew and insect repellent.
6. Fireproof, heat-insulating, sound-insulating, and insulating.
