Rubber Vibration Dampers Applications

Rubber shock absorbers have a wide range of applications, boasting durable high elasticity and excellent vibration damping, shock isolation, and noise reduction capabilities. Their design and molding are convenient, allowing for free selection of shapes and sizes to meet stiffness and strength requirements; they also possess certain damping properties, capable of absorbing mechanical energy, with particularly notable absorption of high-frequency vibration energy. Due to the strong adhesion between the rubber material and metal surfaces, they are not only easy to manufacture and install but can also utilize multi-layer stacking to reduce stiffness, alter frequency ranges, and are cost-effective. However, rubber shock absorbers are not perfect; they do have certain shortcomings, such as being susceptible to temperature, oil quality, ozone, sunlight, and chemical solvents, which can cause performance changes and aging, and they tend to relax easily. The performance of rubber shock absorbers is related to the shape and formula of the rubber pads, as well as their hardness; higher hardness results in greater stiffness and load-bearing capacity, while lower hardness corresponds to lower stiffness and smaller load-bearing capacity.