6-Inch Sand Extraction Pipe (Mobile: 18623755437 Contact: Manager Zhao)
Ultra-high molecular weight polyethylene (UHMW-PE PIPE) refers to linear polyethylene (PE) with a weight-average molecular weight of over 1.5 million (our company's ultra-high molecular weight pipe has an average molecular weight of over 2.5 million). As a new type of engineering plastic pipe with excellent comprehensive performance, ultra-high molecular weight polyethylene wear-resistant pipes have broad market potential in the transportation of various powders, slurries, fluids, and gases. They can solve problems such as serious wear, corrosion, and scaling of pipelines in the transportation of large quantities and diverse industrial materials.
Product Features of 6-Inch Sand Extraction Pipe:
1 Lightweight Only one-eighth the weight of steel pipes; connected by movable flange bolts, convenient for installation, disassembly, and transportation, reducing construction time and improving efficiency. After external damage, repairing and replacing sections of the pipe saves costs.
2 Good Toughness With tensile strength, high strength, and elasticity, the pipe walls do not crack under internal and external impact; the plastic pipes can be directly connected and can bend in water, with 4-8 sections able to bend 360 degrees, effectively resisting wind and waves; on land, connections can be made directly in areas with uneven surfaces within 30 degrees without needing to repair the ground.
3 Strong Wear Resistance 4-8 times that of steel pipes, resulting in a longer service life; the material is highly corrosion-resistant, remaining unchanged even after 50 years of immersion in seawater; resistant to ultraviolet rays and aging, can be used for 5-8 years depending on the sand content.
4 Easy Installation The sand extraction pipe has movable metal flanges at both ends; the entire finished pipe has no welds, and pipes are directly connected through movable flanges using bolts; the pipe ends are lined with steel rings to ensure that they do not deform, crack, or leak during long-term installation and disassembly, ensuring high efficiency in transportation projects.
5 Low Friction Coefficient, Strong Weather Resistance The inner and outer walls of the ultra-high sand extraction pipe are smooth, with an extremely low friction coefficient, resulting in a transportation efficiency 20%-30% higher than that of steel pipes. The operating temperature ranges from -40℃ to 60℃, allowing it to adapt to severe climate temperature variations.
6 Low Cost Whether used on land or in water, the overall engineering cost is low, with high efficiency, safer, and more convenient.
7 Good Self-Lubricating Property Due to the presence of wax-like substances in this product, it has excellent self-lubricating properties. The friction coefficient (196N, 2 hours) is only 0.219MN/m (GB3960). Its sliding performance surpasses that of oil-lubricated steel or brass. Particularly in harsh environments with heavy dust and sediment, the self-dry lubrication performance of this product is fully demonstrated. It not only moves freely but also protects related components from wear or scratches.
8 Extremely High Impact Resistance Among existing engineering plastics, this product has a high impact toughness value. Many materials will crack, break, or suffer surface stress fatigue under severe or repeated explosive impacts. This product meets the GB1843 standard and achieves no damage in cantilever beam impact tests.
6-Inch Sand Extraction Pipe Main Application Fields:
Mining Industry: Slurry transportation pipelines, high-pressure water and gas supply lines in coal mines.
Power System: Fly ash discharge in thermal power plants, chemical water circulation systems, desulfurization systems.
Coal Industry: Transportation of coal powder and coal-water slurry, ventilation, drainage, and desulfurization systems in mines.
Chemical Industry: Transportation of highly corrosive media such as strong acids and strong alkalis, transportation of brine, salt slurry, and raw salt in the salt chemical industry.
