Improving the Efficiency of Grinding Using a Halogen Generating Impregnator

It is proposed to use hехаchlorparaxilolum, an aromatic chlorine compound, as an abrasive tool impregnator. The thermodynamic and chemical properties of hехаchlorparaxilolum are evaluated based on the results of derivatographic investigations. The release of reactive halogen compounds is determined by means of a gas analysis of the medium in the grinding zone. The amount of the released compounds increases with the increase of the grinding depth. The abrasive tools impregnated by hехаchlorparaxilolum reach their maximum efficiency when grinding without lubricant and coolant fluid at the supply depth of 0.005 mm/pass; the grinding ratio increases by more than 40% while the finished surface roughness parameter Ra decreases by 30%. When grinding under the same conditions but employing cooling, the use of grinding wheels impregnated with hехаchlorparaxilolum significantly improves stability of the process and reduces roughness of the finished surface compared to conventional abrasive tools.

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