Compared with ordinary Canted Coil Springs, the main differences between conductive springs and other canted coil springs are their unique functions and the materials they are made of.Conductive springs are often used in electrical fields such as electrical appliances, electronic equipment, and power systems, playing a key role in transmitting current or signals; while other canted coil springs are more common in mechanical devices and parts such as automobiles, aerospace, machinery manufacturing, and medical equipment. , its main responsibility is to provide elastic support and maintain the motion trajectory and stability of mechanical parts.
Conductive springs are usually made of highly conductive metals such as steel, copper, silver, etc., which have excellent conductivity and elasticity and can effectively transmit current or signals to various parts of the equipment; while other canted coil springs are commonly made of steel, copper, nylon and other materials.These materials not only have good elasticity and corrosion resistance, but can also adapt to various complex environments, such as high temperature, low temperature, humidity or corrosive environments.In addition, these springs have excellent strength and durability, ensuring stable performance over long periods of use.
In general, although conductive springs and other canted coil springs belong to the same spring category, their main differences lie in function and material selection.Conductive springs mainly serve the electrical field, such as electronic equipment, electrical appliances and power systems, while other canted coil springs are widely used in mechanical devices and components, such as automobiles, aerospace, machinery manufacturing and medical equipment.