Disc springs, also known as Belleville washers, are conical-shaped springs that offer versatile solutions to numerous engineering challenges. By stacking them into columns, a wide range of spring characteristics can be achieved.
DISC SPRINGS (BELLEVILLE WASHER)
We specialize in delivering top-quality DISC SPRINGS (BELLEVILLE WASHER), offering a range of following features
Features
✦ Spring Steel: 0.20 to 20 mm wire diameter
✦ Material customized to meet client specifications
✦ Standard: DIN 2093
✦ Materials: 50CrV4, 17/7PH
✦ Material customized to meet client specifications
✦ Standard: DIN 2093
✦ Materials: 50CrV4, 17/7PH
Dimension Of Disc Spring
Disc springs, commonly used in modern industries, are precisely designed circular springs. Simple Spring Industries is the leading disc springs manufacturer in India, offering a comprehensive range of high-quality industrial springs. These springs, also known as washers, are highly efficient in space utilization and have a high load capacity. By arranging them into stacked columns, variable spring characteristics can be achieved.
Specifications of Disc Springs
At Aleef Springs, disc springs are manufactured according to DIN 2093 and DIN 6796 standards. The materials used in manufacturing include 17/7PH, 304, and 50 CrV4. Disc springs serve as energy storage systems in internal combustion engines, nuclear power plants, oil and gas exploration, turbines, and hydraulic systems.
Disc Spring Stack And Helical Spring
When subjected to the same amount of force, the response from a stack of disc springs differs from that of a coil spring system. Disc springs are designed for high loads, while coil springs are not as practical in such applications.
Stack Length
In stacking disc springs, it is advisable to keep the stack as short as possible to minimize unevenness caused by friction and other forces. Guide washers are used to stabilize long stacks, with the thickness of the guide washer being one and a half times the washer diameter.
Advantages Of Disc Springs
✦ High energy storage capacity
✦ Long service life
✦ Efficient space utilization and high spring force
✦ Resilience against fatigue and mishaps
✦ Effective energy dissipation and shock absorption
✦ Long service life
✦ Efficient space utilization and high spring force
✦ Resilience against fatigue and mishaps
✦ Effective energy dissipation and shock absorption
Disc Springs Arranged in Parallel Combinations
When disc springs are stacked in parallel combinations, each individual disc spring is nested within the others. In this arrangement, the force is doubled, while the deflections in the spring column remain constant.
Total Deflections = Deflections of 1 Disc
Total Loads/Force = Loads/Force on 1 Disc x Number of Discs.
Unleashing Precision and Performance
Experience a revolution in motion with ALEEF SPRINGS. Our innovative solutions redefine precision and performance. Click now to discover the difference in every spring.