Application advantages of ultra-high molecular weight polyethylene pipes


Ultra-high molecular weight polyethylene wear-resistant pipe has excellent wear resistance. Compared with traditional steel dredging pipes, its delivery flow is more than 4 times that of steel pipes (the service life is more than 4 times that of steel pipes); it can effectively reduce engineering construction The number of pipe replacements in the process reduces the maintenance cost during the construction process; due to the low roughness of the pipe, it can save energy by 20% compared with traditional steel pipes during operation, reducing the project operating cost; the pipe is light in weight and strong in flexibility, which can greatly Reduce the cost of project installation and improve the comprehensive benefits of the project.

1. Application advantages in dredging engineering
Ultra-high molecular weight polyethylene wear-resistant pipe has excellent wear resistance. Compared with traditional steel dredging pipes, its delivery flow is more than 4 times that of steel pipes (the service life is more than 4 times that of steel pipes); it can effectively reduce engineering construction The number of pipe replacements in the process reduces the maintenance cost during the construction process; due to the low roughness of the pipe, it can save energy by 20% compared with traditional steel pipes during operation, reducing the project operating cost; the pipe is light in weight and strong in flexibility, which can greatly Reduce the cost of project installation and improve the comprehensive benefits of the project.
2. Application advantages in mining, metallurgy and other industries
Mining, metallurgy and other industries involve the pipeline transportation of a large amount of media such as coke powder, mineral powder, ore slurry and smelting waste residue. The transportation of the above-mentioned media will cause severe wear and tear on the pipes. Generally, the service life of traditional steel pipes is only 6-12 months. And every six months to flip 90 degrees. The ultra-high molecular weight polyethylene wear-resistant pipe has excellent wear resistance, which reduces the wear and damage of the ore to the pipe, effectively reduces the daily reversing work of the pipe, and the service life is more than 4 times that of the traditional steel pipe; good impact strength , anti-cracking ability and high flexibility make the pipe resistant to various external impacts, crustal deformation, etc. It is the best choice for pipeline transportation in mining, metallurgy and other industries.
3. Application advantages in the transportation of fly ash in thermal power plants
Scaling on the inner wall of the pipe is common in the hydraulic ash flushing system of thermal power plants, especially within 100 meters from the entrance, and the scaling and corrosion are more serious. In addition to fouling, the ash flushing pipe is also severely worn. The straight pipe will have wear and tear after two years of use, and the elbow is more prominent. The ultra-high molecular weight polyethylene wear-resistant pipe has good self-lubricating properties, which can prevent scaling and eliminate the need for pickling pipes. Its excellent wear resistance and corrosion resistance can greatly prolong its service life, save maintenance costs and improve economic benefits.

Four. Application advantages in the field of material pneumatic conveying
Due to the low friction resistance, high self-lubricating performance and strong wear resistance of ultra-high molecular weight polyethylene wear-resistant pipes, it can be widely used in the field of pneumatic conveying of materials, which can effectively reduce wear and corrosion in the process of pneumatic conveying of material media, and reduce the transportation cost. power consumption during the process. There are obvious advantages in construction, installation and use efficiency.

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