Die springs typically operate like a higher-force version of a standard compression spring, They can effectively support even heavy loads regardless of harsh environmental conditions of excessive heat or pressure. Die springs are most commonly used in machinery, stamping dies, andvarious equipment. Die springs are used in, but not limited to, metal forming, injection molding, mining, agriculture, aerospace, HVAC, and transportation.
Improved fatigue strength. Die springs offer increased fatigue strength thanks to shot peening. This cold finishing process increase the surface compression stress to maximize strength.
Corrosion resistance. Chromium alloys and oil-hardened steel are the most common materials used for die springs, increasing the life and corrosion resistance.
Durability in extreme environments. Under harsh conditions, including extreme temperatures or exposure to contaminants,requiring little maintenance.
DIE SPRING APPLICATIONS Die springs play a crucial role in the manufacturing and engineering industries to provide superior equipment performance. Manufacturing processes mainly use these high-force compression springs in die machinery, but they are also ideal in applications that will put high amounts of stress on a spring due to heavy shock loads, high-static conditions, extreme temperatures, and contact with corrosive contaminants. Some of the uses of die springs include:
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