Shear rubber spring
Shearing Rubber Spring Steel Plate Sandwich Rubber Shock Absorber Sandwich Steel Plate/Spring Can Be Customized
- Satisfaction Guaranteed
- Accurate dimensions
- Guaranteed installation
Description
The working principle of shear spring is that when subjected to external force, the material inside the spring will undergo shear deformation, that is, the adjacent parts inside the material will undergo relative displacement without obvious stretching or compression. This shear deformation will cause the spring to generate elastic potential energy. When the external force is removed, the spring will use the stored elastic potential energy to restore to its original shape.
Characteristics of shear spring
High stability: Since the shear spring mainly bears shear force, its deformation process is relatively stable and it is not easy to produce excessive displacement or vibration, so it has high stability.
Precise control: The stiffness of the shear spring (that is, the force required for unit deformation) can be precisely controlled by designing the size, shape and material of the spring to meet different engineering needs.
Compact structure: Compared with other types of springs, shear springs usually have a more compact structure under the same load capacity, which is conducive to saving space and improving the integration of equipment.
Good durability: Good shear spring materials have good fatigue resistance and can maintain stable performance under long-term and repeated loads.
Application of shear springs in engineering
Shear springs are widely used in engineering due to their different characteristics and advantages:
Precision instruments: In precision instruments, shear springs are often used to achieve accurate displacement control and force transmission, such as precision measuring equipment, optical instruments, etc.
Aerospace: In the aerospace field, shear springs are used in control systems and shock absorption systems of aircraft, rockets and other aircraft to provide accurate force feedback and stable shock absorption effects.
Automotive industry: In the automotive industry, shear springs are used in key components such as clutches and brake systems to transmit force and achieve smooth engagement or separation.
Electronic equipment: In electronic equipment, shear springs are often used as spring elements of switch contacts or connectors to ensure good electrical contact and stable performance.
