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Baixin Pipe

Blog Details


22

2025

-

08

With the continuous development of new chemical processes, higher requirements have been put forward for the chemical corrosion resistance and high-temperature resistance of pipelines.


Rubber-plastic pipes demonstrate unique advantages in slurry transportation. The slurry contains a large amount of ore particles, which require the pipes to have extremely high wear resistance. The new type of rubber-plastic pipes significantly improves wear resistance by incorporating high-strength wear-resistant fibers into the material.

Rubber-plastic pipelines demonstrate unique advantages in slurry transportation. The slurry contains a large amount of ore particles, which places extremely high demands on the pipeline's wear resistance. The new type of rubber-plastic pipeline significantly improves wear resistance by incorporating high-strength wear-resistant fibers into the material. Compared to traditional metal pipelines, the service life of rubber-plastic slurry pipelines is extended by 2 to 3 times. In some large open-pit mines, the use of rubber-plastic slurry pipelines not only reduces the frequency of pipeline replacement and lowers maintenance costs but also improves slurry transportation efficiency, ensuring the normal production of the mine.
In the electronics industry, rubber-plastic pipelines are widely used for ultrapure water and gas transportation. Processes such as electronic chip manufacturing have nearly stringent requirements for water and gas purity. The smooth inner walls of rubber-plastic pipelines resist bacterial and impurity growth, effectively ensuring the purity of ultrapure water. At the same time, their excellent sealing and chemical stability ensure no leakage or gas contamination occurs during the transportation of high-purity gases. For example, in semiconductor manufacturing plants, rubber-plastic pipelines are used to transport high-purity gases like nitrogen required for photolithography processes, providing reliable support for the high-precision demands of chip manufacturing.