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22

2025

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08

New Applications of Rubber and Plastic Pipelines in the Industrial Field


As an important application market for rubber and plastic product pipelines, the industrial sector has seen the emergence of new application scenarios and demands in recent years, driving continuous innovation in rubber and plastic pipeline technology and product upgrades.

As an important application market for rubber and plastic product pipelines, the industrial sector has seen the emergence of new application scenarios and demands in recent years, driving continuous innovation in rubber and plastic pipeline technology and product upgrades.
In the chemical industry, 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. New rubber and plastic pipelines use specially formulated materials that can resist corrosion from various strong acids, strong alkalis, and organic solvents. For example, in some fine chemical production processes, it is necessary to transport highly corrosive reactants and products, which traditional pipelines cannot meet. The new rubber and plastic pipelines, with their excellent corrosion resistance, ensure the safe and stable operation of chemical production. At the same time, for high-temperature environments, some rubber and plastic pipelines can withstand temperatures up to 150°C by adding high-temperature resistant additives, playing an important role in high-temperature processes such as chemical distillation and polymerization.
In the mining industry, rubber and plastic pipelines have shown unique advantages in slurry transportation. Slurry contains a large number of ore particles, which require extremely high wear resistance from the pipelines. New rubber and plastic pipelines greatly improve wear resistance by adding high-strength wear-resistant fibers to the materials. Compared with traditional metal pipelines, the service life of rubber and plastic slurry pipelines is extended by 2 to 3 times. In some large open-pit mines, the use of rubber and plastic slurry pipelines not only reduces the frequency of pipeline replacement and lowers maintenance costs but also improves slurry transportation efficiency, ensuring normal mine production.
In the electronics industry, rubber and 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 and plastic pipelines prevent bacterial and impurity growth, effectively ensuring the purity of ultrapure water. At the same time, their good sealing and chemical stability ensure no leakage or gas contamination during the transportation of high-purity gases. For example, in semiconductor manufacturing plants, rubber and plastic pipelines are used to transport high-purity gases such as nitrogen required for photolithography processes, providing reliable support for the high-precision requirements of chip manufacturing.