What Are The Uses Of Shockproof Rubber Pads?

Shockproof Rubber Pad is generally made of natural rubber and neoprene, nitrile rubber is required for oil resistance, silicone rubber is required for high and low-temperature resistance, and butyl rubber is required for high damping. Usually made into supports or connectors, they are widely used in various vehicles, ships, machinery, instruments, bridges, and buildings to eliminate or slow down the adverse effects of vibration. Qualified and high-quality rubber shock absorbers should be viewed from the comprehensive capabilities of dynamic characteristics, resistance degeneration, durability degeneration, durability, and processing performance. As relatively cost-effective shock absorbers in shock absorbers, rubber shock absorbers are welcomed by the majority of users today. They are more suitable in terms of technical parameters and installation and use. Rubber shock absorbers are not only suitable for industrial machinery During the operation of the equipment, but they can also be seen everywhere in life.

1. Rubber shock absorber. Most of them are rubber and metal composite products, with double-plate type, cylindrical type, sheet type, and other forms, which are used for shock absorption and sound insulation of various machinery, instruments, axles, and pipelines.

2. Rubber air spring. It has better shock absorption and impact resistance than metal springs and is mainly used in vehicles. Its structure is somewhat similar to that of a tubeless tire, with the ply as the pressure-resistant layer, an airtight rubber layer inside, and an oil-resistant and aging-resistant protective rubber layer outside.

3. Rubber support. It is made of a rubber sheet bonded with a rigid material (steel plate, wire mesh, canvas). The latter increases the compressive strength of the bearing with little effect on the shear strength. The rubber bridge bearing can transfer the bridge load to the pier, and at the same time, it can adapt to the deformation of the bridge and reduce the vibration. Rubber building bearings can reduce the impact of the subway and surrounding vehicles and earthquakes on buildings.

4. Rubber anti-slip mat. Made from latex collected from rubber trees, it is a polymer of isoprene. It has good wear resistance, high elasticity, breaking strength, and elongation. It is easy to age in the air, becomes sticky when heated, is easy to expand and dissolve in mineral oil or gasoline, and is resistant to alkalis but not too strong acids. Advantages: good elasticity, acid, and alkali resistance.