These conically shaped springs have the highest load ratings of any disc spring in our offering. They’re used on shafts, bolts, and the ends of valves to maintain tension and separate components. Unlike Belleville washers, they return to their original height once the load is removed. Deflection is the distance a spring compresses under load. Flat load is the load at which the spring is completely compressed. Springs may be stacked to increase working load and deflection. In a nested stack, working load is multiplied by the number of springs used, while deflection remains unchanged. In an inverted stack, deflection is multiplied by the number of springs used, while the working load remains unchanged. In a nested and inverted stack, both load and deflection are increased.;
Size
M4-M10 |
Materials
High carbon steel |
S60C |
SK5 |
60Si2Mn |
51CrV4 |
Finish
Zinc Plated |
the true colours |
Mechanical galvanizing |
Phosphating |
Appliction
These conically shaped springs have the highest load ratings of any disc spring in our offering. They’re used on shafts, bolts, and the ends of valves to maintain tension and separate components. Unlike Belleville washers, they return to their original height once the load is removed. |
Advantages
1. High stiffness, strong buffering and vibration absorption ability, able to withstand large loads with small deformations, suitable for situations with small axial space requirements. 2. With variable stiffness characteristics, this spring has a wide range of nonlinear properties. 3. Using the same disc spring in different combinations can result in a wide range of variations in spring characteristics. It can be combined by combining or stacking, or by combining different thicknesses and numbers of pieces. When stacked, the more springs there are, the greater the load relative to the same deformation. |
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