Environment-friendly high-efficiency automobile ceramic brake pad and production method thereof

A brake pad, high-efficiency technology, applied in the field of ceramic automobile brake pads, can solve the problems of poor thermal stability of semi-metallic brake pads, poor wear resistance of asbestos brake pads, affecting the comfort of drivers and passengers, etc., to achieve good safety and normal operation, Effect of long service life and stable friction coefficient

Inactive Publication Date: 2018-05-08
SICHUAN PROVINCE NANBU JIALING POWDER METALLURGY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] As we all know, automobile brake pads are important and key components for the normal and safe operation of automobiles. Existing automobile brake pads mainly include friction layer, steel back, noise reduction sheet, and alarm card through production, processing and assembly. The friction layer is different due to different materials. It is divided into asbestos brake pads, powder metallurgy brake pads and semi-metal brake pads. Asbestos brake pads have poor wear resistance, and asbestos is a high carcinogen and easy to pollute the environmen

Method used

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  • Environment-friendly high-efficiency automobile ceramic brake pad and production method thereof

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Embodiment 1

[0015] Example 1, such as figure 1 As shown, an environmentally friendly and efficient ceramic brake pad includes a friction layer 2, a steel back 3, a sound-absorbing sheet 5, an alarm card 4 and a groove 1, and is characterized in that the friction layer is prepared by weight ratio of the following components: Aramid fiber 8, ceramic fiber 5, 98% copper fiber 5, potassium titanate whisker 1.5, calcium carbonate whisker 29, aluminum oxide 6, antimony sulfide 1, 40 mesh high carbon graphite 1.6, calcined petroleum coke 11.3, butyl Cyanide rubber powder 2.8, vermiculite 1.6, friction powder 5.7, barite powder 4.3, light calcium 17.2, phenolic resin 5.

[0016] An environmentally friendly and efficient production method of ceramic brake pads, which is carried out according to the following steps: 1. Weighing, accurately weighing the above-mentioned components according to the weight ratio of the above-mentioned components of the friction layer; 2. Mixing, the weighed Stir and m...

Embodiment 2

[0017] Embodiment 2, an environmentally friendly and efficient ceramic brake pad, including a friction layer 2, a steel back 3, a sound-absorbing sheet 5, an alarm card 4 and a slot 1, is characterized in that the friction layer is prepared by the following components in weight ratio : Aramid fiber 7, ceramic fiber 7, 98% copper fiber 6, potassium titanate whisker 1, calcium carbonate whisker 25.9, aluminum oxide 5, antimony sulfide 1.9, 40 mesh high carbon graphite 1.7, calcined petroleum coke 7.3, NBR powder 2.5, vermiculite 3, friction powder 5.7-15.7, barite powder 4.75, light calcium 22.2, phenolic resin 5.

[0018] Production method is with embodiment 1.

Embodiment 3

[0019] Example 3, an environmentally friendly and efficient ceramic brake pad, including a friction layer 2, a steel back 3, a sound-absorbing sheet 5, an alarm card 4 and a slot 1, characterized in that the friction layer is prepared by the following components in weight ratio : Aramid fiber 7.5, ceramic fiber 8, 98% copper fiber 5.5, potassium titanate whisker 2, calcium carbonate whisker 14, aluminum oxide 7, antimony sulfide 1.5, 40 mesh high carbon graphite 1.5, calcined petroleum coke 21.3, NBR powder 2, vermiculite 2.8, friction powder 10.0, barite powder 4.2, light calcium 13.2, phenolic resin 5.

[0020] Production method is with embodiment 1.

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Abstract

The invention discloses an environment-friendly high-efficiency automobile ceramic brake pad and a production method thereof. The automobile ceramic brake pad comprises a friction layer (2), a steel backing (3), a silencing sheet (5), an alarm card (4) and a notch (1), and is characterized in that the friction layer comprises, by weight, 7-8 parts of aramid fiber, 5-8 parts of ceramic fiber, 5-6 parts of 98% copper fiber, 1-2 parts of potassium titanate whisker, 23.2-33.5 parts of calcium carbonate whisker, 5-7 parts of aluminum oxide, 1-1.9 parts of antimony sulfide, 1.5-1.7 parts of 40-meshhigh-carbon graphite, 7.3-21.3 parts of calcined petroleum coke, 2-2.8 parts of acrylonitrile butadiene rubber powder, 1.6-3 parts of vermiculite, 5.7-15.7 parts of frictional powder, 4.2-4.75 parts of barite powder, 22.2-37.5 parts of light calcium, and 5 parts of phenolic resin. The environment-friendly high-efficiency automobile ceramic brake pad has the stable friction coefficient, good thermal stability, low thermal conductivity and low thermal attenuation properties and has the advantages of high temperature resistance, abrasion resistance, braking stability, no damage to a brake disk, environmental protection, no noise, long service life and the like.

Description

technical field [0001] The invention relates to the technical field of automobile braking, in particular to an environmentally friendly and efficient ceramic automobile brake pad and a production method thereof. Background technique [0002] As we all know, automobile brake pads are important and key components for the normal and safe operation of automobiles. Existing automobile brake pads mainly include friction layer, steel back, noise reduction sheet, and alarm card through production, processing and assembly. The friction layer is different due to different materials. It is divided into asbestos brake pads, powder metallurgy brake pads and semi-metal brake pads. Asbestos brake pads have poor wear resistance, and asbestos is a high carcinogen and easy to pollute the environment, so it has been gradually eliminated in recent years. Metal brake pads and semi-metal brake pads have poor thermal stability. When the friction generates high temperature, their friction force dec...

Claims

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Application Information

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IPC IPC(8): F16D69/02C09K3/14F16D69/04
CPCF16D69/02C09K3/14F16D69/0408F16D2069/0433F16D2200/0043F16D2200/0052F16D2200/006F16D2200/0078F16D2200/0086
Inventor 陈龙钟运国王斌王友德罗勇王玉兰
Owner SICHUAN PROVINCE NANBU JIALING POWDER METALLURGY
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