One of the most important projects in modern large-scale engineering is the work of pipeline transportation. There are many defects in the traditional ordinary steel pipeline during the continuous transmission and plugging operation. Therefore, choosing the right pipeline can greatly speed up the progress of the project, and get twice the result with half the effort, and relatively reduce the additional resource consumption problem. With the rapid development of the industry, there is now a special kind of pipeline. Its emergence solves all kinds of problems encountered in engineering. It's an ultra-high molecular weight polyethylene tube. So what are the advantages? Let's take a look!
Advantages of ultra-high molecular weight polyethylene tube
Ultra high molecular weight polyethylene tube
1. High wear resistance
Its wear resistance is 7 times that of steel pipe, 3 times that of ordinary PE pipe, 4 times that of nylon, and practice has proved that ultra-high molecular weight polyethylene pipe is a wear-resistant pipe for small particle slurry transport.
2. Good flexibility
Its radial stiffness is high, and the roundness is not easy to deform, and the longitudinal can be naturally bent, when the pipeline has flexibility, it is convenient for laying in various working environments, and can resist the uneven settlement of the formation, focusing on overcoming the joint stress concentration caused by the longitudinal bending of the ordinary polyethylene steel skeleton Composite Pipe, the joint is easy to crack and so on.
3. Strong corrosion resistance
The daily environment is full of highly corrosive substances such as acid, alkali and salt, and ordinary pipelines simply cannot withstand long-term work in such an environment. Ultra-high molecular weight polyethylene has saturated molecular structure, high chemical stability, resistance to a variety of corrosive media and organic solvent erosion, ultra-high molecular weight polyethylene pipe corrosion resistance is better than ordinary polyethylene pipe about 1 times.
4. Strong impact resistance
External impact or internal pressure fluctuations are difficult to crack. Its impact strength is 6 times that of nylon, and 10 times that of high-density polyvinyl chloride, and the impact energy absorption value is high in all plastics, and the impact strength reaches a higher value in the low temperature environment.
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