Bamboo charcoal composite fiber friction material and brake pad fabricated therefrom, and method for preparing same

A composite fiber and friction material technology, applied in the field of brake pads, can solve the problems of thermal degradation of brake pad braking performance, high wear rate, poor thermal degradation resistance, etc., and achieve good thermal degradation resistance, wide source of raw materials, accumulation The effect of low density

Active Publication Date: 2013-03-20
华泰汽车配件工业(南平)有限公司
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  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

Brake pads made of steel fibers as reinforcing fibers are prone to rust and adhere to the counterpart in a humid or corrosive environment, damaging the counterpart and thus affecting the braking effect, and have the defect of high wear rate; brake pads made of asbestos as reinforcing fibers Due to the high temperature generated by the brakes, the crystal water contained in the asbestos is instantly lost, resulting in asbestos ablation, resulting in thermal degradation of the braking performance of the brake pads, and at the same time, the wear of the brake pads itself is intensified, and asbestos will produce harmful substances at high temperatures. The country has promulgated regulations in October 2003 to prohib

Method used

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  • Bamboo charcoal composite fiber friction material and brake pad fabricated therefrom, and method for preparing same

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Embodiment 1

[0022] In this embodiment, the bamboo charcoal composite fiber friction material is composed of bamboo charcoal, organic plant fiber, coupling agent, and calcium carbonate whisker additive is added. The weight ratio of each component is: bamboo charcoal 65%, organic plant fiber 20%, silane coupling Agent 7%, calcium carbonate whisker additive 8%.

[0023] The brake pad made of the above-mentioned bamboo-charcoal composite fiber friction material is composed of bamboo-charcoal composite fiber friction material, mineral fiber, resin, barite powder, nitrile rubber, alumina, graphite, glass fiber, steel wool, tire powder, each component The weight ratio is: bamboo charcoal composite fiber friction material 20%, mineral fiber 10%, resin 12%, barite powder 18%, nitrile rubber 4%, alumina 4%, graphite 15%, glass fiber 5%, steel wool 8%, tire powder 4%.

Embodiment 2

[0025] In this embodiment, the bamboo charcoal composite fiber friction material is composed of bamboo charcoal, organic plant fiber, coupling agent, and calcium carbonate whisker additive is added. The weight ratio of each component is: bamboo charcoal 70%, organic plant fiber 15%, silane coupling Additive 5%, calcium carbonate whisker additive 10%.

[0026] The brake pad made of the above-mentioned bamboo-charcoal composite fiber friction material is composed of bamboo-charcoal composite fiber friction material, mineral fiber, resin, barite powder, nitrile rubber, alumina, graphite, glass fiber, steel wool, tire powder, each component The weight ratio is: bamboo charcoal composite fiber friction material 25%, mineral fiber 15%, resin 15%, barite powder 24%, nitrile rubber 2%, alumina 2%, graphite 10%, glass fiber 2%, steel wool 3%, tire powder 2%.

Embodiment 3

[0028] In this embodiment, the bamboo charcoal composite fiber friction material is composed of bamboo charcoal, organic plant fiber, coupling agent, and calcium carbonate whisker additive is added. The weight ratio of each component is: bamboo charcoal 60%, organic plant fiber 25%, silane coupling Agent 10%, calcium carbonate whisker additive 5%.

[0029] The brake pad made of the above-mentioned bamboo-charcoal composite fiber friction material is composed of bamboo-charcoal composite fiber friction material, mineral fiber, resin, barite powder, nitrile rubber, alumina, graphite, glass fiber, steel wool, tire powder, each component The weight ratio is: bamboo charcoal composite fiber friction material 15%, mineral fiber 5%, resin 8%, barite powder 12%, nitrile rubber 6%, alumina 6%, graphite 20%, glass fiber 8%, steel wool 12%, tire powder 8%.

[0030] The method for making the above-mentioned brake pads, the specific steps are as follows:

[0031] 1) First make bamboo cha...

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Abstract

The invention discloses a bamboo charcoal composite fiber friction material and a brake pad fabricated therefrom, and a method for preparing the same, wherein bamboo charcoal obtained from the bamboo wood through carbonization, grinding and sieving is dry-blended with organic plant fibers, and then wet-blended with a coupling agent, thereby obtaining the bamboo charcoal composite fiber friction material provided by the invention; the brake pad is fabricated from the bamboo charcoal composite fiber friction material provided by the invention, mineral fibers, resins, blanc fixe, chemigum, alumium oxide, graphite, glass fibers, steel wool and tire powder through stirring and mixing, hot press molding and curing heat treatment; the bamboo charcoal composite fiber friction material can be applied to fabricating various brake pads, especially suitable for fabricating the brake pads of the automobile braking system; and the bamboo charcoal composite fiber friction material has the advantages of low attrition rate, good heat fading resistance, long service life, low weight, wide raw material source and low cost.

Description

technical field [0001] The invention relates to a bamboo-charcoal composite fiber friction material, a brake pad and a manufacturing method thereof, and belongs to the technical field of brake parts. Background technique [0002] Friction materials are mainly composed of reinforcing fibers, binders and fillers, which are pressed at a certain temperature and are mainly used to manufacture brake pads. Currently, steel fibers and inorganic asbestos are used as reinforcing fibers. Brake pads made of steel fibers as reinforcing fibers are prone to rust and adhere to the counterpart in a humid or corrosive environment, damaging the counterpart and thus affecting the braking effect, and have the defect of high wear rate; brake pads made of asbestos as reinforcing fibers Due to the high temperature generated by the brakes, the crystal water contained in the asbestos is instantly lost, resulting in asbestos ablation, resulting in thermal degradation of the braking performance of th...

Claims

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Application Information

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IPC IPC(8): C09K3/14F16D69/02C08J5/14
Inventor 包新域张国荣柯捷良姚伟
Owner 华泰汽车配件工业(南平)有限公司
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