Ceramic brake pad and manufacturing technology thereof
A technology of brake pads and ceramics, which is applied in the field of automobile brake pads, can solve problems such as the adverse effects of high-temperature friction performance stability, heat loss of asbestos-based brake pads, and poor braking comfort, so as to reduce urban noise pollution and brake Comfortable and low-noise effect
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[0063] The technical scheme that the present invention takes for realizing the above object is:
[0064] A ceramic brake pad, the mass percentage ratio of each element component of the brake pad is:
[0065] 1) Friction stabilizer AMX50 4 parts
[0066] 2) 8 parts of artificial graphite
[0067] 3) Barite powder 10 parts
[0068] 4) Elastic friction particles 4 parts
[0069] 5) Iron yellow 1 part
[0070] 6) Orange powder 0.4 parts
[0071] 7) Brass wire 3 parts
[0072] 8) 5 parts of talcum powder
[0073] 9) Coke 11 parts
[0074] 10) Aluminum oxide 1.4 parts
[0075] 11) Calcium hydroxide 4 parts
[0076] 12) Steel wool 3 parts
[0077] 13) Zircon powder 2 parts
[0078] 14) Vermiculite powder 6 parts
[0079] 15) 4 parts tire powder
[0080] 16) Nitrile modified resin 7 parts
[0081] 17) Nitrile rubber powder 5 parts
[0082] 18) Aramid fiber 2.2 parts
[0083] 19) Calcium sulfate whiskers 5 parts
[0084] 20) Kevlar fiber 4 parts
[0085] 21) Luo iron ...
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