Abstract

The article presents the results of experimental studies of caprolon turning using cutting fluid. The paper scientifically substantiates the use of water emulsion with the repellent addition during caprolon turning as a cutting fluid. Based on this, a new method for turning caprolon blanks was developed and patented. An experimentally established fact is that caprolon water absorption capacity is reduced when it is turned with the feeding of potassium palmitate water emulsion into the cutting zone. In this case, caprolon turning by means of traditional way leads to water absorption process activation. It has been experimentally proved that caprolon turning with the feeding of potassium palmitate water emulsion into the cutting zone provides better machined surface of the parts compared to the traditional method of turning. This is evidenced by the more uniform deviation profile treated surface and numerical values of the roughness parameters. The results of microstructural studies of caprolon chips are presented. It has been experimentally established that turning caprolon using an aqueous emulsion of potassium palmitate promotes the formation of continuous drainage chips. Turning caprolon in the traditional way leads to the formation of joint chips.

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