2007China Rubber IndustryRequires access

Influence of carbon black on heat conductivity of radial tire tread

Fuzheng Gao

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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.

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Available 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.

Key concepts: Tread, Carbon black, Materials science, Composite material, Conductivity, Thermal conductivity, Particle (ecology), Natural rubber

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