The steel mesh skeleton plastic composite pipe is a new type of improved steel mesh skeleton plastic composite pipe. It uses high-quality material production process to make it more impact resistant. In addition, the HDPE modified adhesive resin with excellent performance is selected for the composite pipe to connect the steel wire skeleton and polyethylene with high density inside and outside, so that it has high-quality composite practical effect. The steel mesh skeleton composite pipe not only gets rid of the defects of steel wire pipe and plastic pipe, but also preserves their respective advantages.
PE water supply pipe is widely used in the water supply pipe manufacturing industry because of its high compressive strength, corrosion resistance, non-toxic and other characteristics, and it is also not easy to rust, so it is an ideal pipe to replace ordinary iron water supply pipes.
From the appearance of the pictures, there seems to be no difference between them, but the specific processing technology of the composite pipe with steel mesh skeleton is more complicated than that of the PE water supply pipe. The inside of the composite pipe with steel mesh skeleton is a mesh structure skeleton formed by spiraling steel wires up and down, while the PE pipe has no steel wires inside. In contrast, the impact resistance of the pipe with steel wires is undoubtedly better than that of the pipe without steel wires. Steel mesh skeleton composite pipe is mostly used for fire water, while PE water supply pipe is mostly used for industrial water.
In the picture, the price of the steel mesh skeleton composite pipe is lower than that of the PE water supply pipe. Because the weight of the steel mesh skeleton plastic composite pipe per meter is lighter, raw materials are saved, so the cost of raw materials is reduced, and the market price naturally decreases.
In general, compared with the traditional PE pipe, the steel mesh skeleton composite pipe is a new type of pipe, which has a large application space and is better than the traditional pipe in characteristics.
