Glass fiber cloth is a kind of textile, mainly used in the construction industry, can enhance the tensile strength of the exterior wall of the building, and can also be used on the waterproof layer of the FRP boat. The strength of the fiberglass cloth mainly depends on the warp and weft direction of the textile. High-strength fiberglass fabrics have even better tensile strength than steel, but they can be used as a substitute for some construction steels in terms of environmental protection and renewable energy.
Glass fiber has good chemical stability, and it has alkali resistance. It is highly resistant to acid and corrosion and chemical corrosion. It also has a certain waterproof ability. Good to be combined with resin and well soluble in styrene.
Glass fiber has many advantages and characteristics. It has high strength and light weight. It is easy to mold and produce it. It is not easy to deform after being finished, and it has good hardness and flatness. The performance, it also has the advantage of good positioning, because the strength of the mesh is very high, and the resistance is good, the fiber cloth has strong impact resistance, and the product made of glass fiber can prevent mold and prevent insects. The rat bites, it also has the characteristics of insulating materials, insulation, poor heat transfer, noise reduction, it can also block the spread of fire.
The fiberglass cloth closest to our life should be the insulation material for the inner wall and the outer wall of the building we live in. The mesh cloth made of fiberglass adheres to the wall surface and can prevent the tension of the plaster layer from appearing. The opening and cracking conditions can also block the noise transmission between the neighborhoods, and also use its waterproof features to waterproof the floors.
The fiberglass cloth product applied to the outer wall has a very light quality, which is convenient for us to construct. When the outer wall is used, the characteristics of the heat preservation are utilized to block the influence of the surrounding environment on the interior of the wall. With its strong plasticity, it can be arbitrarily changed according to the building requirements of the building, and can adapt to the complex construction environment. It can prevent corrosion when it acts on the outer wall and prolong the service life of the building.