What are the advantages of butterfly springs?
As an indispensable and important component of modern industrial production, butterfly springs play a greater role. One of the reasons why they play an important role in so many industries is that they have advantages and advantages that other products do not have. Tianzhu Spring Factory briefly talk about the benefits of butterfly springs?
Advantages of butterfly springs
Advantage 1: butterfly springs have good wear resistance and long life. It has to be said that the materials used are more refined, and repeated experiments during the production process can better ensure the wear resistance, and long-term use will not affect the appearance.
Disc spring advantage 2: The butterfly spring has good high temperature resistance and is more adaptable to the environment. It is worth mentioning that even if it works in a high temperature environment, it will not be affected and maintain high performance.
What is the classification of disc springs?
Disc spring referred to as disc spring. Usually made of metal steel strip, steel plate or forged blanks. It is a truncated cone spring with high rigidity and variable rigidity.
According to the cross section and shape, disc springs are classified into the following main categories.
1. Ordinary disc springs, trapezoidal cross-section disc springs, conical trapezoidal cross-section disc springs, simple in shape and structure, widely used, and can be used in single, straight, combined and composite disc spring groups. Withstand static or variable loads. In heavy machinery and aircraft, artillery and other weapons are used as strong buffers and damping springs.
2. Slotless disc springs are usually used in clutches such as lathes, automobiles, and tractors.
3. The disc spring has the shape of a circular plate, deformed into a truncated cone. Simple structure. There is greater rigidity under special requirements.
4. The spiral disc spring has the dual characteristics of a spiral spring and a disc spring, which can obtain different rigidity requirements.
5. Wave springs, a large number of mechanical seals, can be further developed into spiral wave springs.
6. Using wave washers to overlap into a cylindrical shape, the wave cylindrical spring can be deformed.
