UHMW-PE engineering plastics pipe technology has matured gradually in China, more and more projects start to use this kind of wear-resistant material, and it becomes a new engineering thermoplastics with moderate price and excellent performance. It can be widely used in mining, mineral powder, pulp, tailings discharge pipeline), metallurgy, electric power, petroleum, textile, papermaking, food, chemical, mechanical, electrical and other industries.
Easy to install: HDPE pipe's weight per unit length only one-eighth the weight of steel, making the handling, transportation, installation more convenient, and can reduce labor intensity, it also has strong aging resistance, not easy to aging in 50 years. Whether on the ground erection, or can be buried underground. When installed either welded or flanged connections can be safe, reliable, convenient, no corrosion, saving labor, which fully reflects the superiority "energy, environmental, economic and efficient" of ultra high molecular weight polyethylene pipe.
Difficult fouling: HDPE pipe have small friction coefficient and polarity; it has a good non-adhesion surface. Existing materials generally scale in the medium that PH value is more than 9, however ultra-high molecular weight polyethylene pipe do not, and the characteristic has great significance for fly ash system of the power plant.
The unique low temperature resistance: HDPE pipe has a good low temperature resistance, its impact resistance, abrasion resistance at minus 269 degrees Celsius basically unchanged, which is currently the only available engineering plastic in near absolute zero temperatures. Meanwhile, the ultra-high molecular weight polyethylene pipe has wide optimum temperature, can long-term working at -269 ℃ to 80 ℃temperature.
Pipe diameter:DN63-DN2000mm
Thickness: 8-35mm
Operating temperature range: -269—80℃
Coefficient of friction(COF): 0.12
Impact strength: 55 MPa
Fluid available: corrosive fluid, Chemical Fluid, Pulp fluid, , Concentrate fluid