Steel wire mesh reinforced plastic composite pipe is a newly improved type of steel reinforced plastic composite pipe. This material is also known as SRTP pipe. The new pipeline is made from high-strength over-plasticized steel wire mesh and thermoplastic polyethylene, with the steel wire mesh acting as the reinforcing structure for the polyethylene plastic pipe. The base material is high-density polyethylene (HDPE), and the steel framework is securely bonded to the inner and outer layers of HDPE using high-performance HDPE modified adhesive resins, achieving excellent composite properties. Due to the high-strength steel reinforcement being encapsulated within a continuous thermoplastic material, this composite pipe overcomes the respective drawbacks of steel and plastic pipes while maintaining their respective advantages.
Steel-wire mesh reinforced plastic composite pipe, with high-quality materials and advanced production technology, boasts superior pressure resistance. Additionally, this composite pipe offers excellent flexibility, making it suitable for long-distance buried water and gas pipeline systems. The steel-wire mesh polyethylene composite pipe uses polyethylene electric fusion fittings. During connection, the internal heating element of the fitting melts the outer plastic layer of the pipe material with the inner plastic layer of the fitting, securely connecting the pipe and fitting.
Steel wire mesh reinforced polyethylene composite pipeline is a high-performance new type of pipeline, widely used in oil fields, power plants, petrochemical enterprises, water supply companies, municipal gas, and seawater utilization pipelines across various industries.
Product Features:
1. Higher strength, rigidity, impact resistance, and double-sided corrosion resistance than plastic pipes, with identical corrosion resistance as plastic pipes and excellent corrosion resistance.
2. Increased operating temperature. Low thermal conductivity; no need for insulation on the outer wall during winter, and no condensation in summer. The inner wall is smooth, preventing scaling, with a 30% lower head loss compared to steel pipes.
3. Pipeline connections are made using electric hot-fusion technique, a mature technology.
4. Variety of pipe fittings with light weight, easy transportation and installation.
5. The piping materials offer high overall reliability, with a service life of up to 50 years under normal conditions.
6. Low cost, hygienic, and non-toxic, it serves as an alternative to ductile iron pipes, steel pipes, and galvanized pipes.
7. The electric heat melting joint boasts strong resistance to axial tension, effectively connecting the inner and outer walls of the pipe with the electric heat melting pipe fittings through gaps, forming an integrated unit with the reinforced frame.