Elastic friction particle and preparation method thereof
A friction particle and elastic technology, applied in the field of elastic friction particles for wet paper-based friction plates and their preparation, can solve the problem that the ratio of dynamic and static friction coefficients and the technical performance of compression resilience cannot be achieved, complete process control parameters have not been formed, and material formula has not been established. Problems such as serialization are formed, and the dynamic/static friction coefficient ratio is close, the cost is low, and the manufacturing is simple.
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Embodiment 1
[0023] An elastic friction particle, comprising the following components and parts by weight: 6 parts of fluororubber; 28 parts of nitrile rubber; 10 parts of natural rubber; 0.5 part of accelerator DM; 1 part of anti-aging agent BEL-W; 0.5 part of stearic acid; PTFE suspension resin 0.5; sulfur 1.2 parts; nano-SiO 2 7 parts of modified phenolic resin; 1 part of aluminum boron carbide; 4 parts of vulcanization ladder; 20 parts of silicon carbide whiskers.
[0024] Preparation method: Weigh the raw materials → mix various raw materials and banbury for 12 minutes → put the mixed materials into the open mill for heat refining (the hot pressing temperature is 100°C, and the mixing time is 10 minutes) → form a film (the thickness of the film is 3 ~ 5mm) → crushing particles: put the kneaded and formed film into the pulverizer, and crush it into 80 mesh rubber elastic particles. Finally, elastic particle modification: soak the pulverized rubber elastic particles in the coordination...
Embodiment 2
[0030] A flexible rubber elastic friction particle for a wet paper-based friction sheet, comprising the following components and parts by weight: 8 parts of fluorine rubber; 32 parts of nitrile rubber; 12 parts of natural rubber; 1 part of accelerator DM; 1.2 parts of anti-aging agent BEL-W ; 0.6 parts of stearic acid; 1 part of polytetrafluoroethylene suspension resin; 1.5 parts of sulfur; nano-SiO 2 8 parts of modified phenolic resin; 1.2 parts of aluminum boron carbide; 6 parts of vulcanized ladder; 28 parts of silicon carbide whiskers.
[0031] Preparation method: Weigh the raw materials → mix various raw materials and banbury for 14 minutes → put the mixed materials into the open mill for heat refining (the hot pressing temperature is 105°C, and the mixing time is 8 minutes) → form a film (the thickness of the film is 3~5mm) → Grinding particles: put the kneaded film into the pulverizer, and pulverize it into 90 mesh elastic friction particles. Finally, the modification ...
Embodiment 3
[0036] An elastic friction particle, comprising the following components and parts by weight: 10 parts of fluorine rubber; 38 parts of nitrile rubber; 16 parts of natural rubber; 0.8 parts of accelerator DM; 1 part of anti-aging agent BEL-W; 0.8 parts of stearic acid; 1 part of polytetrafluoroethylene suspension resin; 1.5 parts of sulfur; nano-SiO 2 9 parts of modified phenolic resin; 1.5 parts of aluminum boron carbide; 8 parts of vulcanized ladder; 32 parts of silicon carbide whiskers.
[0037] Preparation method: Weigh the raw materials→mix various raw materials and banbury for 15 minutes→put the mixed materials into the open mill for heat refining (the hot pressing temperature is 115°C, and the mixing time is 7 minutes)→form the film (the thickness of the film is 3~5mm)→Grinding particles: put the kneaded and formed film into the pulverizer, and pulverize it into 100 mesh rubber elastic particles. Finally, rubber elastic particle modification: soak the pulverized rubber ...
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