Compression Springs Features:Compression Springs (CompressionSprings) provide resistance to external load pressure. Compression springs are generally coiled at equal intervals and have a fixed wire diameter. Compression springs utilize multiple open coils to provide resistance to external pressures (such as gravity pressing down on a wheel, or a body pressing down on a mattress). That is, they push back against the external pressure. Compression springs are generally coiled at equal pitches and have a fixed wire diameter. In addition, there are also conical compression springs or springs with a combination of conical and linear shapes. Depending on the field of application, compression springs can be used to resist pressure and/or store energy. Round wires are the most commonly used for compression springs, but there are also compression springs made of square, rectangular and special shaped wires. Applications:Compression springs of wire springs are used in everything from home appliances to motorized equipment, motors, etc. because it is the type of spring required. Compression springs are compressed by a load acting on them or their ends are compressed, and the design of the compressed wire tries to return the spring back to its original shape, thus pushing the load back. Main application areas: medical respiratory equipment, medical mobility equipment, hand tools, home care equipment, vibration damping, engine valve springs. Compression springs (compression springs) is to bear to the pressure of the coil spring, it is used in the cross-section of the material is mostly round, but also useful for rectangular and multi-stranded steel haunted coil system, the spring is generally equal pitch, compression springs in the shape of: cylindrical, conical, in the convex and concave and a small number of non-circular, etc., compression springs, the coil and the coil between the gap, when subjected to an external load spring contraction deformation, the deformation of the stored energy.