2006Electroplating & FinishingRequires access

Research on Ti-plated diamond surface by molten salt process

Guobin Li

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Abstract

Ti-plated diamond surface by molten salt was investigated.The phases of Ti-plating are TiC and Ti,and diamond-TiC-Ti structure model of Ti-plated diamond surface was established.The desquamating grade of diamond and the holding force coefficient between matrix and diamond were suggested as new concepts.A comparison of the diamond saw blade using ordinary diamond with that using Ti-plated diamond reveals that the desquamating grade of diamond reduces from 72.2% to 32.3%,representing a decrease of 39.9%;the holding force coefficient between matrix and diamond increases from 75.6% to 92.81%, an increase of 17.21%.

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What this paper is about

Ti-plated diamond surface by molten salt was investigated.The phases of Ti-plating are TiC and Ti,and diamond-TiC-Ti structure model of Ti-plated diamond surface was established.The desquamating grade of diamond and the holding force coefficient between matrix and diamond were suggested as new concepts.A comparison of the diamond saw blade using ordinary diamond with that using Ti-plated diamond reveals that the desquamating grade of diamond reduces from 72.2% to 32.3%,representing a decrease of 39.9%;the holding force coefficient between matrix and diamond increases from 75.6% to 92.81%, an increase of 17.21%.

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Available abstract

Ti-plated diamond surface by molten salt was investigated.The phases of Ti-plating are TiC and Ti,and diamond-TiC-Ti structure model of Ti-plated diamond surface was established.The desquamating grade of diamond and the holding force coefficient between matrix and diamond were suggested as new concepts.A comparison of the diamond saw blade using ordinary diamond with that using Ti-plated diamond reveals that the desquamating grade of diamond reduces from 72.2% to 32.3%,representing a decrease of 39.9%;the holding force coefficient between matrix and diamond increases from 75.6% to 92.81%, an increase of 17.21%.

Key concepts: Diamond, Materials science, Metallurgy, Molten salt, Composite material

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