High quality materials and advanced production technology are adopted for the steel mesh skeleton polyethylene composite pipe, which makes it have higher pressure resistance. At the same time, the composite pipe has excellent flexibility and is suitable for long-distance buried water supply and gas transmission pipeline systems. The fittings used for the polyethylene composite pipe with steel mesh framework are polyethylene electrofusion fittings. During the connection, the outer plastic layer of the pipe and the inner plastic layer of the pipe are fused by the inner heating element of the pipe, and the pipe and the pipe are reliably connected together.
Use high density polyethylene (HDPE), strong steel wire spiral winding frame to create high tensile strength to strengthen the body. The use of high-density polyethylene (HDPE) as raw material in a lightweight piping can resist aggressive chemicals, withstand freezing and thawing cycles and continuous temperatures below zero without cracking. HDPE has high abrasion resistance and is not affected by acidity or alkalinity.
But this is not all - fuse HDPE has strong steel wire and a lightweight, flexible tube to obtain high tensile strength and durability. The most important thing is that our low-cost special electrofusion pipe fittings, the connection between pipes, and the installation of trouble free are still not discounted. Because of these characteristics, SRTP pipes are often used in urban water supply, civil engineering, oil and gas fields, chemicals, power transmission pipelines, metallurgical mines, sea water transportation, shipbuilding, agriculture and laying optical fiber cables.
The steel mesh skeleton polyethylene composite pipe has the common characteristics of plastic pipe, such as corrosion prevention, no scaling, smooth low resistance, heat preservation, no wax deposition, wear resistance, light weight, etc., and its unique structure also creates the following characteristics: good creep resistance, high durable mechanical strength Because plastic will creep under normal temperature and stress, Brittle fracture will occur under the action of high persistent stress, so the allowable stress and bearing capacity of pure plastic pipes are very low (generally within 1.0Mpa).
