How to improve fiberglass wire mesh

Fiberglass Mesh is a glass fiber woven fabric as the substrate, the polymer emulsion anti-soaked coating. Thus has good alkali resistance, flexibility and latitude and longitude to highly tensile strength, can be widely used in building internal and external wall insulation, waterproofing, crack and so on.

Fiberglass mesh with alkali-resistant fiberglass mesh-based, it uses the E-glass fiber yarn (main ingredient is silicate, good chemical stability. Mesh fiberglass mesh is alkali or no alkali glass fiber woven fabric-based, coating made by alkali. the product is of high strength, good paste, obedient, location excellent, widely used in wall enhancement, wall insulation, roofing, etc. can also be used in cement, plastics, asphalt, marble, mosaic wall materials. introduced a 14.5% ~ 16.7% and 6% of zirconium dioxide titanium dioxide in the glass composition, and by 1600 ℃ high temperature melts, pull the drain by platinum made from continuous filament, after the fight, twisted into textile glass fiber drawing process in monofilament coated with a water-soluble polymer epoxy resin and a coupling agent to meet fiberglass mesh in post processing and alkaline polymer affinity.

alkali resistance fiber mesh coated with alkali addition to coating, its main alkali approach is formed on the surface of the fiber itself, zirconium, titanium ion hybrid film to prevent erosion of alkaline substances. as time growth, the chemical state of zirconium gradually becoming stable. alkali retention alkali fiberglass wire mesh is greater than 85%, far higher than other alkali-resistant coated fiberglass mesh, so we can call it a natural resistance alkali fiberglass wire mesh. to further enhance the alkali-resistant glass fiber mesh security and stability of durability after leno warp processing into shape again and acrylic emulsion styrene-butadiene rubber coating, constant speed constant tension with thermostatic control adhesive technology makes it fully (this process is by BASF in Europe for E-glass fiber mesh coating technology developed by alkali) early can effectively resist polymer mortar Ca (OH) 2 hydration of the glass fiber network Plaid erosion. after the coating of anti-slip mesh intersection strength 3.5 ~ 4.5N.
http://www.alexwiremesh.com/a/news/fiberglass-mesh/2015/0125/75.html

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