The structure of the FRP storage tank is composed of an anti-corrosion and anti-seepage inner lining layer, a reinforced structural layer, and an outer anti-aging layer. To ensure that it has good resistance to medium corrosion and sufficient physical and mechanical properties to meet the requirements of packaging. High tension, multi-layer, multi-angle, encapsulation head winding of glass fiber is adopted to meet the storage, transfer and production needs of organic and inorganic solvents and chemical and electrochemical corrosive media, and to meet the transfer, transportation and elimination of static electricity of non-electrolyte fluids. It can meet the mechanical requirements of resistance to various types of support shear, burial and load. Great design flexibility and excellent container wall structure performance.

Fiber wound FRP can adjust the physical and chemical properties of storage tanks, towers, etc. by changing the resin system or reinforcing materials to meet the needs of different media and working conditions. The bearing capacity of the tank is adjusted through the design of the thickness of the structural layer, the winding angle and the wall thickness structure, and it is suitable for different pressure levels, volume sizes, and the needs of glass fiber reinforced plastic storage tanks and towers with some special properties. It is an isotropic metal The material cannot be compared with it.

Corrosion resistance, anti-leakage and good weather resistance. FRP acid-base tank has special corrosion resistance. When storing corrosive media, FRP shows the incomparable advantages of other materials, and can resist a variety of acids, alkalis, salts and organic solvents. It can be seen that the application of FRP is very However, the quality of FRP products depends on several factors such as raw materials and construction technology. As a new mechanized production process in China, the FRP spray lining process has great advantages.