Full contact springs provide continuous spring contact along the entire sealing strip. It is recommended for use in conditions of extreme static sealing, such as absolute sealing environments involving cryogenic solutions, ultra-vacuums, and extremely light gases. You can use standard section designs to produce rolls of continuous length and deliver products that are ready to be cut and rolled to your final center-line. The spring must be welded after the sealing sleeve is placed.
The structural design of full contact springs usually takes into account the choice of spring material, the design of contact parts and the mechanism of elastic deformation. In order to obtain excellent elasticity and contact properties, full contact springs are usually made of high-quality materials, such as stainless steel, carbon steel, etc. The manufacturing process of full contact springs is strictly controlled and tested to ensure that their quality and performance meet standards.
Full contact spring is a kind of spring with excellent elasticity and contact properties. It is widely used in various high-precision electrical equipment or switches. Its high contact stability, excellent elasticity and wide application range make it a key component in many fields. By understanding the definition, advantages and characteristics of full contact springs, we can better understand their application and value in modern industry.