Abstract
1. A study was made of the cutting power of a number of refractory compounds under conditions similar to those encountered in the grinding of titanium and nickel. 2. Refractory compounds exhibiting less affinity for the material being machined are characterized by better wear resistance at high cutting speeds. 3. In the micromachining of titanium, metal-like refractory compounds are more wear resistant than aluminum oxide, and some of them are actually superior in this respect to silicon carbide, 4. In the micromachining of nickel and iron, aluminum oxide has the highest wear resistance.
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