Luoyang Guorun Pipe Industry Co., Ltd. specializes in the production of various specifications of molybdenum ore mining pipelines, **molybdenum ore tailings pipelines**, ultra-high molecular weight polyethylene pipes, ultra-high molecular pipes, ultra-high wear-resistant pipes, ultra-high pipes, steel-lined ultra-high pipes, ultra-high composite pipes, chemical pipelines, and anti-corrosion pipelines. Performance of ultra-high molecular weight polyethylene pipes: 1. High wear resistance: The friction coefficient of ultra-high molecular weight polyethylene is low, and the extremely long molecular chains make modified ultra-high molecular weight polyethylene pipes 4-7 times more wear-resistant than steel and stainless steel pipes, and about 10 times more than PVC and polyethylene pipes, significantly extending the service life of the pipelines. 2. Corrosion resistance: Ultra-high molecular weight polyethylene has extremely high chemical stability and can resist various highly corrosive media (acids, alkalis, salts) and organic solvents within a certain temperature and concentration range. 3. High impact resistance: Molybdenum ore tailings pipelines Ultra-high molecular weight polyethylene has the highest impact resistance and energy absorption among plastics, making it difficult to crack under strong external impacts or internal pressure fluctuations. Particularly in low-temperature environments, its impact strength reaches even higher values. This flexibility of ultra-high molecular weight polyethylene provides a safe and reliable guarantee for the conveying system. 4. Weather resistance and anti-aging properties: Ultra-high molecular weight polyethylene pipes exhibit good weather resistance and anti-aging properties. 5. Flame retardancy: In special industry fire prevention environments, flame retardants are added and special processing techniques are used to overcome the inherent flammability of ultra-high molecular weight polyethylene, giving it flame-retardant properties. 6. Lightweight and easy installation: Ultra-high molecular weight polyethylene pipes are flexible, lightweight, weighing only 1/7 of steel pipes, and use flange connections, making them adaptable to various geological conditions with quick and easy connections. Applications of molybdenum ore tailings pipelines: Solid particle and powder transport: Molybdenum ore tailings pipelines utilize UHMW PE pipes for their wear resistance, impact resistance, self-lubrication, anti-adhesion, hygiene and non-toxicity, shock absorption, excellent noise reduction, good resistance to environmental stress cracking, and lightweight features. They can be used in various industries, such as grain, food processing, oilseed raw material processing, brewing materials, pharmaceuticals, construction materials, chemical industry, mineral powder, and raw salt, for the wear-resistant transport of solid particles and powders, replacing iron pipes, steel pipes, special steel pipes, and stainless steel pipes in terms of performance or price. Slurry transport: Utilizing UHMW-PE pipes for their wear resistance, impact resistance, self-lubrication, non-scaling, good environmental stress cracking resistance, high internal pressure strength, and lightweight features, they can replace steel pipes and expensive alloy steel pipes and stainless steel pipes for the transport of slurry-type solid-liquid mixtures in various industries, solving pipeline wear, corrosion, and scaling issues during transport, such as in coal, mining slurry transport, water-coal slurry transport, thermal power plant fly ash transport, river and lake dredging, municipal sewage discharge dredging, salt production, and salt chemical slurry transport. Fluid transport: Molybdenum ore tailings pipelines utilize wear-resistant, impact-resistant, low-temperature resistant, self-lubricating, good environmental stress cracking resistance, high internal pressure strength, and lightweight features for fluid transport in various industries, such as the chemical industry for transporting various corrosive media; the oil industry for crude oil and refined oil transport; coastal areas (which experience severe corrosion of steel pipes due to halogen-rich air and seawater) for ship and port pipelines, seawater utilization; and municipal engineering for water supply and drainage. UHMW-PE pipes have unique low-temperature impact resistance, which prevents brittle fracture under cold conditions and unexpected impact forces, ensuring good safety for water supply and drainage. Gas transport: Molybdenum ore tailings pipelines with UHMW-PE pipes exhibit excellent impact resistance, corrosion resistance, environmental stress cracking resistance, rapid crack resistance, good flexibility, and excellent low-temperature resistance, which can withstand freezing damage. They can also endure a certain degree of impact and deformation due to mechanical vibrations, foundation settlement, or earthquakes, thus providing high long-term operational safety and playing an important role in the transport of natural gas, liquefied gases, or other gases. Thermal power generation: Fly ash transport, return water pipelines. Oil extraction: Long-distance transport of crude oil and natural gas. Coal industry: Transport of coal powder and water-coal slurry. Mining industry: Transport of tailings and slurry, underground filling pipelines. River dredging: Transport of sludge and sand. Chemical industry: Transport of corrosive media. Salt chemical from sea and lakes: Transport of sea salt and brine.