Rubber is characterised by both high elasticity and high viscosity states, and its elasticity is generated by changes in the molecular conformation of the crimped molecules, while intermolecular interactions between rubber molecules hinder the movement of the molecular chains, thus exhibiting viscous characteristics, leading to an imbalance in the stresses and strains.

Rubber's curly long-chain molecular structure and the existence of weak secondary forces between molecules give rubber materials their unique viscoelastic properties, resulting in excellent performance in vibration damping, sound insulation and cushioning.

Rubber vibration damping products are generally also known as rubber shock absorbers. There are many types of rubber shock absorbers, which can be classified into compression, shear, torsion, impact and hybrid from the point of view of their shock power. With the development of science and technology, the types of rubber shock absorbers are more and more, and the use is also more and more extensive.

Rubber components are widely used to isolate vibrations and absorb shocks due to their characteristics of hysteresis, damping and reversible large deformation.

The structure of rubber mainly consists of macromolecular chain structure, molecular weight and its distribution and aggregation state structure of macromolecular chain structure units.

Among them, natural rubber contains more than ninety-seven per cent of isoprene macromolecular chains with aldehyde and epoxy groups and other chemical structures. These macromolecular chains are active and have physical and chemical properties such as elasticity, thermal insulation, waterproofing and plasticity.

After appropriate treatment, rubber also has oil, acid, alkali resistance, heat resistance, cold resistance, compression and valuable abrasion resistance and other properties. As a result, rubber shock absorber mats are not only versatile but also effective in damping vibrations.

Rubber shock absorber mats are suitable for almost all working areas, which can alleviate noise pollution to a certain extent and bring a more harmonious working environment to the staff.

Analysing rubber shock absorber mats from the point of view of shape and material

High quality solutions for large vibration production will use two principles, one is to control the generation of ambient noise, the other is to absorb ambient noise, controlling ambient noise is an effective method, rubber shock absorber mats can be placed inside large equipment, thus successfully controlling noise decibels. Of course, there are many people who use sound absorbing equipment directly. In the industrial field, people will inevitably use a variety of large equipment, large equipment will appear after the noise. Sometimes people have adjusted the efficiency of the equipment, but it is still useless because large equipment often vibrates, and vibration is closely related to noise.

Absorb the noise fundamentally, alleviate noise pollution, successfully purify the industrial production environment, will not cause interference. Various industrial production tasks will be highly accomplished with the help of rubber shock absorber pads, which are a relatively cost-effective auxiliary material. Through the optimisation in terms of performance, the field of application becomes richer day by day.