Research decomposition of impregnator of abrasive tool at temperature modeling process and grinding
The changes in the weight and enthalpy of hexachlorparaxilolum investigated method of derivatographic analysis. The bulk of the gas product, is allocated in a temperature range of 150-270 °C. The method of gas analysis in the cutting zone revealed that when working with abrasive tool, impregnated with this composition, there is an allocation of chlorine throughout the entire process of grinding. Influence of depth grinding on chlorine concentration is defined. The influence of the thermal decomposition products hexachlorparaxilolum the process of contact interaction of an abrasive tool with metal to be treated. Performance tests of impregnated abrasive tool is conducted. It is shown that when the impregnated grinding wheel provides higher process stability compared to the base. The roughness of the treated surface during grinding impregnated abrasive tool is reduced by 30%, there is a trend to some improvement grinding ratio.