Abrasive article and method of forming
a technology of abrasive articles and resins, applied in the field of resin bonded articles, can solve the problems that diamonds of small sizes generally cannot be used in resin bonded articles
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[0076]Two samples were formed for comparative testing. A first sample, CS1, represents a conventional sample formed form a mixture including 4.8 wt % diamond abrasive particles, 89.4 wt % pre-alloyed bronze (copper / tin ratio of 1) metal bond material, and 5.8 wt % graphite filler material having an average particle size of approximately 125 microns. Sample CS1 was molded into a green article, hot pressed at a temperature of approximately 375° C. to about 700° C. at a pressure from about 0.5 tons / in2 to 4 tons / in2 to form a bonded abrasive body having about 5 vol % diamond abrasive particles, 20 vol % graphite filler material, and about 75 vol % bronze bond material.
[0077]The second sample, S2, represents a sample of an embodiment, and is formed form a mixture including 19.5 wt % diamond abrasive particles, 75.6 wt % pre-alloyed bronze (copper / tin ratio of 1) metal bond material, and 4.8 wt % of a filler blend including 2.4 wt % of graphite fine filler particles having an average par...
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