Three steps to success of fiberglass mesh production process

1 , was introduced in the glass composition of 14.5% ~ 16.7% of zirconium dioxide and 6 % titanium dioxide by 1600 ℃ high temperature melt by Platinum drawn into continuous filaments leakage through the fight , twisted into textile glass fibers in drawing during aqueous epoxy polymer coated filaments and a coupling agent , in order to meet the glass fiber mesh in the post-processing of the polymer affinity alkali .
2, in order to further improve the safety of alkali-resistant glass fiber mesh cloth stable durability after leno warp processing into shape again and acrylic emulsion styrene butadiene rubber coated , with a constant temperature constant speed constant tension control technology makes adhesive full ( this process is determined by BASF in Europe as E-glass fiber mesh coating technology developed by alkali ) early can effectively resist polymer mortar Ca (OH) 2 hydration of the erosion of glass fiber mesh cloth . After coating anti slip mesh intersection strength 3.5 ~ 4.5N.
3 , alkali resistance fiberglass mesh coated with alkali-resistant coatings in addition to outside , its main alkali pathway is formed on the surface of the fiber itself , zirconium , titanium ion hybrid film to prevent the erosion of alkaline substances . With the growth of time, the chemical state of zirconium gradually becoming stable. Table Ⅲ retention as alkali and alkali fiberglass mesh in more than 85 %, far higher than other alkali-resistant fiberglass mesh coated , so we can call it a natural alkali-resistant glass fiber mesh .
Defective fiberglass mesh is the high cost of production , which is zircon, rutile and melt temperature, but also because of the material nature is short, the initial strong as alkali, alkali mesh.