PPS material: the king of sealing performance in pneumatic/hydraulic/water treatment

The reason why PPS materials are widely used in machinery and construction fields in pneumatic/hydraulic/water treatment is because it has the following excellent properties:

1. Good sealing performance

PPS materials are able to achieve good sealing between individual components, which is critical for pneumatic/hydraulic/water treatment systems. It can effectively prevent the leakage of gas, liquid or water and ensure the normal operation and efficiency of the system.

2. High dimensional stability and low water absorption

PPS material has high dimensional stability, that is, its size changes very little under different temperature and humidity conditions. This makes PPS material ideal for use in pneumatic/hydraulic/water treatment systems as it maintains the accurate size and shape of components, ensuring system stability and reliability. In addition, the water absorption rate of PPS materials is also very low, which can avoid the impact of moisture on system performance.

3. Excellent chemical resistance

PPS material has excellent chemical resistance and can resist erosion and corrosion from various chemical substances. This enables it to withstand the corrosive environment of various liquids and gases in pneumatic/hydraulic/water treatment systems, extending the service life of the system.

4. High rigidity and strength

PPS material has good rigidity and strength and can maintain its performance even at high temperatures. This enables it to withstand high-pressure and high-temperature working environments in pneumatic/hydraulic/water treatment systems, ensuring the safety and reliability of the system.

In summary, PPS materials have the advantages of good sealing performance, high dimensional stability, low water absorption, good chemical resistance, high rigidity and strength in pneumatic/hydraulic/water treatment. These characteristics make PPS materials an ideal choice for a wide range of applications in the mechanical and construction fields, able to meet the system's material performance requirements and ensure the normal operation and long-term stability of the system.