The pressure-reducing and buffering anti-shock joint mainly utilizes the properties of rubber

Anti-vibration joints can also be called rubber joints. This product mainly utilizes the characteristics of rubber, such as high elasticity, high air tightness, medium resistance and radiation resistance. It uses high strength, strong cold and heat stability polyester cord bias and The composite is cross-linked by high-pressure and high-temperature molding. It has high internal density,… Read More »The pressure-reducing and buffering anti-shock joint mainly utilizes the properties of rubber

Anti-vibration joints can also be called rubber joints. This product mainly utilizes the characteristics of rubber, such as high elasticity, high air tightness, medium resistance and radiation resistance. It uses high strength, strong cold and heat stability polyester cord bias and The composite is cross-linked by high-pressure and high-temperature molding. It has high internal density, can withstand high pressure, and has excellent elastic deformation effect.

Anti-vibration joints are mainly used at the inlet and outlet of the pump to absorb the vibration and noise of the pump, so they are called anti-vibration joints. They are also usually called metal hoses, pump unions, soft joints, etc. Considerations for the design of this type of shock-absorbing joints The point is that the elastic coefficient should be small. Generally speaking, it is relatively soft. The softer, the better the effect. When designing, it is also necessary to consider that it cannot become unstable when under pressure.

The anti-vibration joint includes a bellows and flanges sleeved on both ends of the bellows. It is characterized in that the end of the bellows has a double-layered flange that passes through the flange and is connected to the double-layered flange. The edge of the pipe body is folded inward into the bellows; there are support bolts between the two flanges, the ends of the support bolts are matched with compression nuts, and the support bolts between the two flanges are covered with pressure reducing buffer devices.

The difference between anti-seismic joints and expansion joints is that expansion joints are divided into axial expansion joints and transverse expansion joints. Axial expansion joints are mainly used to absorb the expansion and compression of horizontal pipelines. The transverse expansion joint is also called the Vientiane expansion joint. It absorbs the displacement in the right-angle direction through the offset of the bellows at both ends. It is mainly used for expansion joints and settlement joints.