In this paper, the composite material Go/CF/PTFE tribological property was studied. The test of its mechanical property, and the fabrication of the filled PTEE composite material sample which is based on the technology of cold press molding and sinter molding proved that adding Go and CF moderately to the composite material was an efficient way to improve its mechanical property. Meanwhile the process of friction and wear trial and SEM analysis results of the micro-structure of wear pattern proved that the addition of the Go and CF tremendously improved the anti-wear property and that after the addition the plowing effect which took place on the material surface would turn into a kind of mixed wear effect that includes plowing effect and fatigue wear. Working as pinning and bridging, the Go which distributing uniformly in the matrix was able to improve the resistance and substantially resisted the crack propagation, therefore to a certain degree enhanced the intensity of composite material and prolong its lifespan.

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tribological property crack sem mixed wear effect microstructure of wear pattern cold press intensity lifespan resistance friction and wear trial

Wang Li-hu,Wang Shou-ren,Wen Dao-sheng,Wang Gao-qi,Yang Li-ying,.The Study of the Composite Material Go/CF/PTFE Tribological Property. 130 (),.

Wang Li-hu,Wang Shou-ren,Wen Dao-sheng,Wang Gao-qi,Yang Li-ying,"The Study of the Composite Material Go/CF/PTFE Tribological Property" 130

Wang Li-hu,Wang Shou-ren,Wen Dao-sheng,Wang Gao-qi,Yang Li-ying,"The Study of the Composite Material Go/CF/PTFE Tribological Property"