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    Introduction to the principle of rubber shock absorber
    Friends who like watching anime must know "rubber fruit". The male protagonist in the animation is a flexible person with rubber ability, who can stretch freely. In this way, do you have a more intuitive understanding of rubber shock absorbers? Do you know the design principle of shock absorber about rubber? Let's follow Maggie to understand it.
    Rubber shock absorbers and spring shock absorbers are widely used shock absorption products in the market. Although the structural design components are quite different, their role is to absorb and absorb impact. When choosing a shock absorber, many people do not know which one to choose. In fact, to know which damping product to choose, you need to know its specific advantages and disadvantages. The rubber shock absorber has high elasticity and viscoelasticity. The applicable frequency range is 5-15 Hz. The shock absorption effect is good, and the shape can be freely selected. The hardness can be adjusted through the formula design, which can meet the requirements of rigidity and strength in different directions. It is easy to install and cheap.
    Due to its comprehensive mechanical properties, namely low adjustable modulus and high inherent damping, in many engineering and technical fields, rubber will not be damaged under large strain, and has the ability to withstand high loads under certain deformation modes. Eliminate vibration and noise. Among them, the use of rubber shock absorber equipment to reduce the transmission of vibration is a broad and effective method.
    The rubber can change the stiffness and damping of the shock absorber through different rubber types and adjustment formulas. You can also choose the structure of the shock absorber to achieve the desired vibration transmissibility within a certain deformation mode and frequency range. Shock absorbers are widely used in various industrial production and manufacturing, especially rubber shock absorbers. Due to its various characteristics, it is widely used in various motor vehicles, aircraft, ships, fans, pumps and other auxiliary equipment. Vibration isolation. In recent years, some large buildings and bridges have also used isolation rubber pads to support buildings.
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