Are rubber soft connections heat-resistant?

Is the rubber soft connection heat-resistant? This depends on the material of the rubber. Below is the temperature resistance explanation for different rubber materials; we hope it is helpful to everyone:

Rubber hoses come in various materials, such as natural rubber, EPDM (ethylene propylene diene monomer), neoprene, silicone, and fluoroelastomer, each offering different properties like heat resistance, acid resistance, corrosion resistance, wear resistance, and oil resistance. Below, we'll delve into the distinctions and applications of these materials.

Natural rubber is commonly used in pipelines that carry water or steam, with temperatures around 80 degrees Celsius and pressures below 16 kg. Therefore, if there are no special requirements for the pipeline, a standard rubber joint is sufficient.

EPDM is used in pipelines carrying corrosive gases or liquids, and it performs flawlessly at temperatures around 100 degrees Celsius. Abbreviated as EPDM, its characteristics include excellent resistance to ozone, ultraviolet radiation, weathering, and aging, placing it at the forefront of general-purpose rubbers. Temperature range: -50℃ to +150℃. Through high-filling compounding of EPDM, its performance is enhanced to superior levels, making it suitable for operation under high-composite conditions.

Chloroprene rubber (CR) is primarily used in the production of cable sheathings and various protective covers that require high ozone resistance and aging resistance; oil-resistant and chemically resistant hoses, tapes, and chemical linings; flame-retardant rubber products for underground mining; as well as molded products, seals, gaskets, adhesives, and more. It is made byChloropreneFormed by the polymerization of monomer emulsions, this rubber molecule contains chlorine atoms, which makes it superior to general rubber in terms of antioxidant and ozonoresistant properties, non-flammable, self-extinguishing upon ignition, and resistance to oil, solvents, acids, aging, and good airtightness. Its physical and mechanical properties also exceed those of natural rubber, thus it can be used as both general-purpose and special rubber.

Rubber soft connections reduce vibration, lower noise, offer excellent flexibility, and are easy to use. They feature high internal density, can withstand high pressure, and have great elastic deformation properties.