Temperature control is a very important factor in industrial production, and for the use of c type quick coupler, there is also a certain temperature range, generally from -20℃ to 120℃. Does the specific temperature change have any effect on the use of c type quick coupler? What do we need to pay attention to?

From the structure of the c type quick coupler, mainly composed of stainless steel or aluminum alloy body, springs, washers, seals and other fasteners, the impact of temperature changes on the main body and other metal structures is generally relatively small. The main impact is on the seal ring, the seal ring is usually made of silicone rubber or neoprene, the temperature will make the seal ring harden or soften, on the one hand, may cause the seal connection performance is not stable, on the other hand, will shorten the service life of the seal ring.

In use, the c type quick coupler is driven by air pressure to push the seal to expand and seal the pipe wall to form a connection. Usually the use of quick couplers is carried out at room temperature, which does not affect the use of the coupling much. Some tests need to be performed at high or low temperatures, so we need to communicate these factors clearly when matching the sealing solution. For applications that are within the temperature range of the coupling, but above ambient temperature, other test conditions will need to be reported to the technical engineer for determination.

For c type quick couplers, a large part of the effect of temperature variation on the coupling is the performance of the seal material. For a long service life of the c type quick coupler, use the c type quick coupler within the rated temperature range and perform regular maintenance.