Influence of carbon black on heat conductivity of radial tire tread
Fuzheng Gao
Abstract
Fuzheng Gao
Abstract
The influences of the black N330,N339 and N351 on the heat conductivity of radial tire tread were investigated with orthogonal experiment.The results showed that the influences of 3 types of carbon black on the heat conductivity of tread were in the order of N351N339N330;the optimum addition levels of black N351,N339 and N330 were 35,35 and 20 phr respectively;the heat conductivity of tread increased with the particle size of the same series black and quite linearly with the temperature;and the heat conductivity of tread increased with the total levels of carbon black.
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The influences of the black N330,N339 and N351 on the heat conductivity of radial tire tread were investigated with orthogonal experiment.The results showed that the influences of 3 types of carbon black on the heat conductivity of tread were in the order of N351N339N330;the optimum addition levels of black N351,N339 and N330 were 35,35 and 20 phr respectively;the heat conductivity of tread increased with the particle size of the same series black and quite linearly with the temperature;and the heat conductivity of tread increased with the total levels of carbon black.
Key concepts: Tread, Carbon black, Materials science, Composite material, Conductivity, Thermal conductivity, Particle (ecology), Natural rubber