Our company mainly produces glass fiber yarn, alkali resistant glass fiber mesh cloth and all kinds of glass fiber products, the existing platinum crucible wire drawing furnace more than 100 sets, twisting machine 20 sets, warping machine 10 sets, weaving machine more than 200 sets, cloth oven 20 sets; At present, the annual production of glass fiber yarn 20,000 tons, alkali resistant glass fiber mesh cloth 200 million square meters.The company has always taken "heart, concentration, innovation" as the company's development concept, caring for employees, and serving the society. Customer satisfaction is our constant pursuit, welcome new and old customers to visit and guide.The single fiber diameter of glass fiber yarn is mainly 9-15 micron. The yarn surface is coated with special infiltrating agent, which has good protection effect on glass fiber bunching, less hair during de-weaving and excellent textile performance. After yarn is finished weaving, the infiltrating agent is easy to desizing, the decomposition temperature is low, the final ash residual is low, and the fabric is white and flat after desizing. It is mainly used for glass fiber mesh cloth and various glass fiber industrial cloth. Electronic grade yarn is the basic material used to produce electrical insulating glass fiber series products, and it is an indispensable and irreplaceable high-quality structural material for copper clad plate and printed circuit board.The interior wall insulation alkali-resistant glass fiber mesh is made of medium alkali or non-alkali glass fiber mesh cloth as the base material and then coated with modified acrylic ester copolymer. It has the characteristics of light weight, high strength, high temperature resistance, alkali resistance, water resistance, corrosion resistance, crack resistance and size stability. It can effectively avoid the overall surface tension contraction of the plaster layer and the cracking caused by external force, and the thin mesh cloth is often used in wall renovation and internal wall insulation.