Fiberglass wall mesh functions well. On the one hand, it can effectively increase the tensile strength of the protective layer, on the other hand, because the stress can be effectively dispersed, it can disperse original wider cracks into smaller ones, thus reaching the effect of anti-crack. Surface coating materials and coating amount has more important significance on alkali resistance of fiberglass mesh while glass?fiber has decisive significance on the long-term alkali resistance.
Fiberglass mesh uses glass fiber woven fabric as the substrate, and is immersed and coated by polymer emulsion resistance. Thus having good alkali resistance, flexibility and high warp-wise and weft tensile strength, it can be widely used in building internal and external wall insulation, waterproof, cracking and so on. Fiberglass mesh is mainly based on alkali-resistant fiberglass mesh, it uses the C or E-glass fiber yarn (main component is silicate which has good chemical stability) , twisted by special organizational structure-- leno weave, and then experiences high temperature heat processed through anti-alkaline, and enhancers.
The introduction to glass?fiber mesh: Fiberglass mesh uses glass fiber woven fabric as the substrate, and is immersed and coated by polymer emulsion resistance. Thus having good alkali resistance, flexibility and high warp-wise and weft tensile strength, it can be widely used in building internal and external wall insulation, waterproof, cracking and so on. Fiberglass mesh is mainly based on alkali-resistant fiberglass mesh, it uses the C or E-glass fiber yarn (main component is silicate which has good chemical stability) , twisted by special organizational structure-- leno weave, and then experiences high temperature heat processed through anti-alkaline, and enhancers.
