PE polyethylene pipe fittings have some excellent fluid properties, which can improve conveying efficiency, mainly including the following points:
Low friction coefficient: The inner wall of the PE pipe is smooth and has a low friction coefficient, which means that the resistance of the fluid in the pipe is relatively small. Lower resistance can reduce energy loss during transportation and improve transportation efficiency.
Good fluid flow: PE pipes have good fluid flow characteristics, their inner diameter is relatively large, and the fluid flows at a high speed in the pipeline, thereby reducing the residence time of the fluid and improving the rapid transport capacity of the fluid.
No capillary action: The surface of PE pipes is smooth and has a certain degree of hydrophilicity, so it is not easily affected by capillary action. This means that the liquid in the pipeline can flow more smoothly, reducing the possibility of liquid adhesion and retention on the inner wall of the pipeline, thereby reducing the transportation resistance and improving the transportation efficiency.
Good anti-scaling performance: PE pipes are not easy to scale and are not easily covered by scale, scale and other substances. They maintain a good inner diameter, reduce flow resistance, and further improve transportation efficiency.
Hot and cold alternating performance: PE pipes have good hot and cold alternating performance and can adapt to temperature changes. It is not easy to deform or break under low and high temperature conditions, and maintains good fluid transport capabilities.
To sum up, PE polyethylene pipe fittings can improve the flow efficiency of fluids, reduce energy consumption, reduce resistance losses through excellent characteristics such as low friction coefficient, good fluid fluidity, and no capillary action, thereby improving transportation efficiency. This makes PE pipes widely used in fluid transportation in various fields.
