High Temperature Belleville/Disc springs achieve economy in design and reduce the cost of overall assemblies by the maximum utilization of space ,Disc springs are precision belleville springs made of high carbon spring steel, alloy steel, stainless, and heat resisting steels and non-ferrous materials.

 Design and reduce the cost of overall assemblies by the maximum utilization of space ,Disc springs are precision belleville springs made of high carbon spring steel, alloy steel, stainless, and heat resisting steels and non-ferrous materials. Conical in shape and made to special geometrical relationships of OD,ID, thickness, and height, Disc Springs are conically formed angular Discs, which are loaded in the axial direction.? Disc Springs offer a well-developed solution to many engineering problems. Through a unique combination of high force in a small space, Disc Springs can be used as single disc or arranged in stacks. A spring stack can consist of either single spring or parallel spring sets. Disc Springs are available with or without contact flats. Disc Springs and Belleville Washers are manufactured to DIN 2093 AND DIN 6796. This method of heat treatment is particularly effective for springs, as it gives the maximum toughness and therefore considerable durability

Specification of  conventienal disc springs is as below:
OD:8.0mm to 600mm
Thickness:0.2mm to 40mm
Production as per the standard of DIN2093 and GB/T1972.
We also can customize the disc spring as per customer's requirements. 

dish spring is conically formed angular discs, which are loaded in the axial direction.application: be used as single disc or arranged in stacks.feature: computerized design programmed. The method of heat treatment is particularly effective for springs, as it gives the maximum toughness and therefore considerable durability.advantages of disc springs:1. no deformation or fatigue under normal loads.2. high energy storage capacity3. long service life4. stock keeping is minimized as the individual spring sizes can be combined universally.5. space saving.6. largely self-damping, giving good shock absorption and energy dissipation.7. efficient use of space and high spring force with small deflections.8. adaptable to stacking in numerous configurations.9. combination use as a modular spring element.10. low maintenance cost11. greater security