Abstract
The performances of media textured by monocrystalline diamond (MD) and polycrystalline diamond (PD) slurries are investigated. PD particles are more rounded with multi-facets, which provide more cutting edges than MD particles. Media texturing processes with PD particles can produce denser and smoother surface morphology, lesser texturing scratches and higher stock removal amounts, which results in a higher defect avalanche threshold, higher orientation ratio, lower DC erase noise, and higher signal-to-noise ratio than that of MD particles.
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