What Are The Design Requirements For Rubber Shock Absorbers?
Published Time:
2021-06-06
The rubber shock absorber is supported by upper and lower steel plates or a single upper steel plate with bolts and a middle cylindrical conical rubber body, which can be compressed and stretched. The rubber shock absorber has the characteristics of simple structure, convenient installation, oil resistance, acid and alkali resistance, aging resistance and temperature resistance. Rubber shock absorbers are widely used in electronic instruments, instrumentation and equipment cabinets, fans, pumps, coolers, etc. Since the upper and lower steel plates are separated, no additional accessories are required to reduce the transmission of the sound bridge. The rubber shock absorber is a very practical shock absorber, especially suitable for electronic instruments.
The rubber shock absorber is supported by upper and lower steel plates or a single upper steel plate with bolts and a middle cylindrical conical rubber body, which can be compressed and stretched. The rubber shock absorber has the characteristics of simple structure, convenient installation, oil resistance, acid and alkali resistance, aging resistance and temperature resistance. Rubber shock absorbers are widely used in electronic instruments, instrumentation and equipment cabinets, fans, pumps, coolers, etc. Since the upper and lower steel plates are separated, no additional accessories are required to reduce the transmission of the sound bridge. The rubber shock absorber is a very practical shock absorber, especially suitable for electronic instruments.
Rubber shock absorbers are widely used in today's production and life, such as electronic industry, aviation, ships, automobiles, mechanical instruments, etc. Next, I will briefly introduce the rubber shock absorbers that can be designed. I hope it will be helpful to everyone's life!
1. The shape of the rubber shock absorber can be freely determined, and the hardness can be controlled by adjusting the composition of the rubber formula, which can meet the stiffness and strength requirements in all directions;
2. The rubber shock absorber has large internal friction and good damping effect, which is conducive to crossing the resonance area and attenuating high-frequency vibration and noise;

3. The elastic modulus of rubber shock absorber is much smaller than that of metal, which can produce large elastic deformation;
4. The rubber shock absorber has no sliding part and is easy to maintain;
5. The rubber shock absorber is light in weight and easy to install and disassemble.
6. The impact stiffness of the rubber shock absorber is higher than the static stiffness and dynamic stiffness, and the rubber shock absorber is conducive to impact deformation.
The above is related to the design requirements of the rubber shock absorber arranged for you. With these understandings, I believe that it can be more reasonable in the future use process, and I hope it will be helpful to everyone. If you want to know more, please call us!
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