What are the applications of anti-stretch rubber joints?

What are the applications of anti-stretch rubber joints?
 
Anti-pull-off rubber joints are a special kind of rubber joints. By adding a special material inside the rubber joints, it is realized that the rubber joints will not break or fall off when they are subjected to external pressure or stretching. Therefore, anti-stretch rubber joints are widely used in various industrial fields.
 
Anti-stretch rubber joints can be applied in pipeline engineering. In pipeline, the flow and pressure of fluid are affected by the design and material of the pipeline. If the fluid inside the pipeline is subjected to sudden external pressure, such as sudden acceleration of water flow or sudden increase of pressure, then the pipeline will rupture or leak, leading to serious consequences. Anti-stretch rubber joints can maintain stable performance under external pressure, reduce fluid leakage, and improve the safety and reliability of pipelines.
 
Anti-stretch rubber joints can also be applied to mechanical equipment. Many mechanical devices, such as starting, running or vibrating machines, may exert external pressure on the pipeline. If anti-stretch rubber joints are not used, these pressures may cause the rubber joints inside the pipeline to pull off, rupture or leak, thus affecting the normal operation of mechanical devices and even causing damage to the equipment.
 
Anti-stretch rubber joints can also be used in the rubber and plastic industry. Rubber and plastic industry is one of the important application areas of rubber joints. Rubber and plastic materials are affected by various stresses during processing, such as temperature changes, vulcanization time and pressure. If these stresses exceed the performance limits of the rubber-plastic material, the rubber-plastic joint will be pulled off or ruptured. Therefore, anti-pull-off rubber joints are widely used in the rubber and plastic industry.
 
To sum up, anti-stretch rubber joints have wide application in various engineering fields. It not only can reduce the leakage of fluid and improve the safety and reliability of pipeline, but also can improve the utilization rate of rubber and plastic materials in rubber and plastic industry and promote the development of the industry.