Helical Springs have been widely used in various industries due to their superior characteristics. Their core function is to achieve shock absorption and energy storage through material deformation, stabilize and tighten related equipment and structures. This spring is mainly composed of two sets of springs of equal length, each wrapped around the same central axis, forming a sturdy flat structure. This design endows springs with high compression capacity and stability, suitable for supporting and reinforcing high load-bearing equipment or structures, including automotive suspension systems and beam column structures in construction projects.
Precision coil springs are crucial in the preparation of Helical Spring. The accuracy of coil springs is directly related to their performance and material utilization. To ensure that the spring design specifications, such as diameter, length, and axis rotation, comply with the specifications, and to ensure continuous performance and service life.
In summary, the choice of material for helical or spiral springs should be based on a thorough understanding of the application’s requirements, including the operating environment, load conditions, and desired properties of the spring.