How to Select a Rubber Shock Absorber

How to Select a Rubber Shock Absorber

The shock absorber is a vital component of many machines and vehicles, as it helps reduce the impact of sudden movements.de-type rubber shock absorber with single-end internal threads It is used in a wide range of applications, from automotive suspension systems to industrial machinery. There are several different types of rubber shock absorbers available, and each type offers a unique set of benefits. To help you select the right rubber shock absorber for your application, consider the following factors:

Shock absorbers are often made from a variety of materials, including neoprene, silicone, and polyurethane.de-type rubber shock absorber with single-end internal threads Each material has its own unique advantages, and each provides a different level of performance. When choosing a rubber shock absorber, you should consider the type of application it will be used for and the size of the vehicle or machine. For example, a small, compact shock absorber may be suitable for a recreational vehicle, while a larger, bulkier shock absorber will be better suited to an industrial machine.

In general, the stiffness of a shock absorber decreases over time due to aging and fatigue. This can lead to the breakage of the shock absorber, and it is important to choose a rubber with the appropriate stiffness for your specific application.

Another factor that can influence the stiffness of a rubber shock absorber is its environmental conditions. For example, a shock absorber used in marine applications should be made of a material that is resistant to corrosion. This is because the shock absorber will be exposed to a variety of chemicals and abrasives, such as petroleum products.

Rubber-metal vibration isolators are often used in marine applications, such as ship power plants. However, these devices must be selected carefully because they are subjected to impulse interactions that can significantly change their characteristics. In addition, the rubber-metal vibration isolator must be able to dissipate energy effectively.

In order to determine the dynamic stiffness of a rubber shock absorber, it is necessary to use a tensometer. The tensometer measures the deflection of the shock absorber at various load levels and in a number of positions. The tensometer is also able to determine the static stiffness of a rubber shock absorber, which is defined as the elastic deformation at rest.

The dynamic stiffness of a rubber shock absorber can be affected by a number of factors, such as its geometry and the nature of the loaded material. For instance, a shock absorber made of a natural rubber has a high dynamic stiffness but a low static stiffness. A steel-rubber shock absorber, on the other hand, has a low dynamic stiffness but a high static stiffness.

The damping plates from norelem are made of cellular polyetherurethane, which allows them to reduce individual impact loads. This is especially useful in places where the impact load needs to be cushioned as quickly as possible, such as at the point where a vibrating body begins to move. The result is a significant reduction in the amount of energy that is transferred to the surrounding structure.

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