Steel wire mesh reinforced polyethylene composite pipe for water supply
The steel wire mesh reinforced polyethylene composite pipe for water supply pipe is an innovative combination of steel wire skeleton and polyethylene inner layer, which is specially designed to provide high-strength corrosion-resistant solutions for urban and rural drinking water transmission, municipal water supply network and industrial pure water system. The product is reinforced by steel wire mesh to achieve ring stiffness of SN12.5 or higher, with a pressure-bearing capacity of 1.6MPa, adapting to high-pressure water transmission and complex geological environments. The inner layer of sanitary polyethylene is made of food contact grade material, and the hot melt welding technology ensures leak-free sealing, and the anti-freezing performance passes the -30℃ low-temperature impact test, which guarantees the safety of water supply in winter. The smooth inner wall design reduces resistance to water flow, the outer steel wire skeleton provides rigid support, the wire mesh reinforcing structure resists external loads, the sanitary polyethylene inner layer ensures safe water quality, and heat fusion welding simplifies the construction process. The steel wire mesh reinforced polyethylene composite pipe for water supply is recycled through environmentally friendly recycling process, the material recycling rate is over 90%, it supports non-excavation repair technology to reduce the cost of road excavation, and the intelligent monitoring interface provides real-time feedback on the pressure and flow rate data of the pipe. The products have passed the ISO 4427 drinking water certification, and the seismic resistance is up to GB/T 5836.1 standard, which is widely used in urban residential areas, commercial complexes and sponge city construction. With the advantages of anti-freezing performance and intelligent monitoring interface, the steel wire mesh reinforced polyethylene composite pipe for water supply pipe continues to provide technical support for the reliability and sustainability of modern water supply system.