Product description with anti-corrosion, scaling, a common feature smooth low resistance, insulation does not wax, wear light weight plastic pipe, and its unique structure also created the following characteristics: 1) good creep resistance, lasting high mechanical creep occurs due to plastic at room temperature and stress, lasting under stress in high brittle fracture occurs, so pure plastic pipe in low stress and allowable bearing capacity (generally less than 1.0Mpa). The mechanical strength of steel is about 10 times to about thermoplastics, and used in the plastic temperature effective restraint plastic creep. After the mesh steel mesh skeleton plastic composite, steel mesh skeleton can effectively constrain the plastic creep rupture strength of the plastic itself is also greatly improved. Therefore, steel mesh skeleton plastic composite pipe pipe plastic pipe allowable stress than doubled. Strength (2) good heat resistance of plastic pipe in the temperature range generally decreases with temperature increase, the temperature is 10 ℃ increase its strength was reduced by approximately 10%. As the steel mesh skeleton plastic composite pipe about 2/3 strength is borne by the steel mesh skeleton, so its strength with increasing temperature while using less than minimize any kind of pure plastic pipe. Experimental results show that every upgrade 10 ℃, steel mesh skeleton plastic composite pipe strength decreased below 5%. (3) a rigid, high impact resistance, good dimensional stability, but also moderately flexible, elastic modulus, hardness and softness of steel is about 200 times more often high-density polyethylene elastic modulus, due to strengthening of the role of the steel skeleton of steel wire mesh Skeleton plastic composite pipe stiffness, impact resistance and dimensional stability is better than any kind of pure plastic pipe. At the same time due to the steel mesh skeleton itself is a flexible structure, so that the composite tube in the axial direction has a certain flexibility. So the pipe has just, soft binding characteristics, in terms of reliability and handling, transportation, installation and operation of both adaptability outstanding performance. Ground mount installation can save the number of low cost; underground installation can effectively withstand due to subsidence, slippage vehicles sudden shock loads. May be suitable for small-diameter pipe bending, with the undulating terrain arrangement or serpentine layout, saving fittings. Common pure plastic pipe often occur as a result of ground subsidence and rapid crack pipe, and steel mesh skeleton composite pipe due to a combination of hard and soft features, foundation settlement cracking phenomenon does not occur! (4) Due to the thermal expansion coefficient of linear thermal expansion coefficient of plastic pipe steel for 10.6-12.2x10-6 (0 / ℃), pure plastic pipe linear expansion coefficient of 170x10-6 (1 / ℃), steel mesh skeleton plastic composite pipe network constraints like steel skeleton composite pipe thermal expansion is greatly improved, lower than any conventional plastic pipe, through testing, steel mesh skeleton composite pipeline expansion coefficient of 3.54 ~ 35.9x10-6 (1 / ℃), only 3-3.4 times that of ordinary carbon steel tubing. Experimental results show that when the installation is generally buried without using thermal compensation devices, pipe laying can play a serpentine-shaped absorption (or release) the effect, so that the installation costs. (5) does not happen quickly crack pure plastic pipe particularly large diameter plastic pipe in the cold pure magic lasting fit under the action of stress, easy to produce from local defects, stress concentration caused by rapid crack (a few hundred meters to kilometers above moment ), so the current international resistance to rapid crack plastic pipe made high performance requirements, but there is no presence of low carbon steel brittle fracture problem makes plastic deformation and stress are not reached to produce rapid crack critical point. So theoretically steel mesh skeleton plastic composite pipe does not exist to rapid crack. (6) steel, plastic composite materials uniformly reliable two plastic composite pipe currently on the market due to the complex surface of steel, plastic is the interface between the continuous rule, long-term use in alternating stress prone to delamination, leading to the junction leaked internal bottlenecks to shrink, clogging and failure. Compared with its steel mesh skeleton plastic composite pipe is hot melt through a dedicated network structure (modified HDPE) plastic and steel mesh closely integrated and seamless. Both materials mutually binding of the uniform, the stress concentration is small. (7) double-sided anti-corrosion steel mesh skeleton through a dedicated hot melt adhesive layer composite plastic into the surface with the same inner pipe corrosion, abrasion, smooth wall conveying resistance, no scaling, no wax, energy-saving effect, for underground transport and corrosive environmental conditions, more economical and convenient. (8) is good due to the presence of natural trace steel mesh skeleton that buried steel mesh skeleton plastic composite pipe can use the usual method to find the location of the magnetic detection, to avoid damage due to other excavations caused. And when this destruction pure plastic pipes and other non-metallic pipe produces the most damage. (9) is convenient and flexible adjustment of product structure and properties by changing the diameter of the wire, the gateway from. Plastic layer thickness, and the type of plastic used to adjust the structure and performance of products to meet different pressure, temperature, corrosion requirements. (10) Special fused joints, species diversity, the installation is very fast and reliable connection of copper wire reinforced plastic composite pipe by electric hot melt connection and flange connection in two ways. Electric hot melt connection is plugged into electric hot-melt composite pipe fittings, and on the inner surface of the pipe embedded in the electric wire is energized to generate heat. First the inner pipe thawing tables generated melt, melt and fill the gap expansion pipe until the outer surface of the pipe also produce melt, melt two mutually fused together, after cooling molding, pipe and pipe fittings closely connected as one .