Composite material explosion-proof overpressure exhaust valve manual explosion-proof overpressure exhaust valve

型号：

FCH250(5)

The new explosion-proof overpressure exhaust valve material developed by Shandong Xinming FRP Products Co., Ltd. is a low-pressure molded fiber-reinforced sheet mold composite material, which is light in weight and high in strength. Compared with exhaust valves of the same specification, our company's explosion-proof overpressure exhaust valve The gas weight is reduced by more than 10%, and tests have proven that the strength of the explosion-proof overpressure exhaust valve fully meets the standard.
The explosion-proof overpressure exhaust valve of Shandong Xinming FRP Products Co., Ltd. is made of polymer thermosetting fiber-reinforced sheet mold composite material, which is produced using the molding process. Its strength is greatly increased, and it has certain acid and alkali resistance and With the capability of other chemicals, the explosion-proof overpressure exhaust valve will not rust or rot in the humid environment of the basement all year round, and has a service life of more than 10 years. In addition, the surface adopts a low-temperature baking paint process, so it is free of maintenance in the future. It is therefore an excellent alternative to conventional overpressure exhaust valves.
Shandong Xinming FRP Products Co., Ltd.’s new lightweight composite explosion-proof overpressure exhaust valve fills the current gap in domestic products. It is a revolutionary change in the civil air defense engineering protective equipment industry. The product is made of composite materials and is produced using the molding process. The product has the advantages of light weight, high strength, corrosion resistance and long service life, as well as good insulation, sound insulation and flame retardancy. The product is also energy-saving, environmentally friendly, has no maintenance costs, is easy to install, saves time and effort, and can play an important role in civil air defense construction.