Composite shock-absorbing material, mfg. method and product

Abstract

The invention relates to a vibration absorbing composite and the manufacturing method and finished products thereof. And the vibration absorbing composite comprises core material and coiled material, where the core material is spirally coiled with the coiled material, and a resin layer adheres to the surfaces of the core material and the coiled material to form a coating. And the manufacturing method comprises: providing core material and coiling the coiled material round the core material and uses a resin layer to adhere to their surfaces to form a coating. And the finished product comprises: a coiled material shaped by spiral coiling; a resin layer adhering to the surface of the coiled material; the coiled material and the resin layer compose a vibration absorbing composite, which is coiled into spring-like finished products.

Description

technical field [0001] The invention relates to a shock-absorbing material, in particular to a composite shock-absorbing material with a shock-absorbing effect (such as a spring), a manufacturing method and a finished product thereof. Background technique [0002] The advancement of industry has resulted in the widespread use of a large number of machinery and equipment, from heavy machinery and equipment for engineering to general light vehicles. Generally, mechanical equipment often vibrates during operation. In order to avoid adverse effects of vibration on mechanical equipment or users, shock-absorbing structures (such as spring shock absorbers) are usually added to absorb the energy of vibration and reduce the mechanical equipment as much as possible. Problems in use or maintenance caused by vibration. [0003] At present, the materials of general shock-absorbing structures mostly use metal materials or elastic materials. The shock-absorbing materials composed of metal...

AI Technical Summary

Problems solved by technology

[0011] The purpose of the present invention is to overcome the defects existing in the existing shock-absorbing materials and provide a high-strength composite shock-absorbing material. The technical problem to be solved is to make it possible to improve the shock-absorbing structures generally formed of composite materials with poor load effects. Form a composite shock-absorbing material with higher shear stress, effectively improve the overall strength of the composite shock-absorbing material, and then increase the load and application range of the composite shock-absorbing material, making it more suitable for practical use

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