A compression spring is a mechanical element that absorbs and stores energy through compression and restores its original shape when the pressure is relieved. Due to their excellent energy absorption and recovery properties, compression springs are used in a wide range of applications in many fields. In this article, we will explore common application scenarios for compression springs in various industries.

Clockwork Spring, also known as a coil spring, is an energy storage device that stores energy primarily through a torsional moment. When an external force is applied to twist it, the spring stores mechanical energy and, when the force is released, returns to its original shape, releasing the stored energy. The operating principle of a clockwork spring is based on elastic deformation and restoring forces.

The performance and reliability of extension springs, as important components for a wide range of mechanical and engineering applications, are directly related to the operational effectiveness of the equipment. The choice of material for extension springs determines, to a large extent, their durability, elasticity and fatigue resistance. In this article, we will introduce several materials commonly used for extension springs and their specific application scenarios to help you better understand how to choose the right material to meet different needs.