Metal part deoiling and cleaning device after heat treatment

Abstract

The invention provides a metal part deoiling and cleaning device after heat treatment. The metal part deoiling and cleaning device comprises a cleaning rack, a cleaning screen cylinder is embedded inthe top end of the interior of the cleaning rack, triangular supports are installed on the two sides of the outer wall of the cleaning rack, fixing snap rings are installed on the two sides of the outer wall of the cleaning screen cylinder in a clamping manner, rotating arms are installed on one sides of the outer portions of the fixing snap rings, the rotating arms are fixedly connected with thefixing snap rings through positioning lock cylinders, and buffer springs are installed at the joints of the edges of the bottom ends of the rotating arms and the positioning lock cylinders in a sleeving mode. Through the rotating arms, a driving motor, the fixing snap rings, the positioning lock cylinders and a rotating inner shaft, the closed cleaning screen cylinder can be rotated at a high speed, so that metal parts in the cleaning screen cylinder can be fully stirred with detergent liquid, and the problems that many oil stains exist on the surfaces of the metal parts, and the metal parts are troublesome to clean are solved; and the quality and the efficiency of cleaning the surface of the metal parts are effectively improved.

Description

technical field [0001] The invention relates to the technical field of cleaning devices for metal parts, in particular to a device for deoiling and cleaning metal parts after heat treatment. Background technique [0002] In the production process of metal parts, a thick layer of mechanical oil or cylinder oil accumulates on the surface of heat-treated parts heated by heat-treated oil furnaces or oil-quenched, and the cleaning conditions are relatively harsh. Currently, the commonly used cleaning methods include gasoline cleaning and There are two kinds of sodium carbonate and water glass cleaning, but the existing cleaning equipment cannot fully stir the metal parts inside the cleaning screen cylinder with the detergent solution, resulting in more oil stains on the surface of the metal parts, and the cleaning of the metal parts is more troublesome, making the metal parts The quality and efficiency of parts surface cleaning are poor. [0003] Therefore, it is necessary to pr...

AI Technical Summary

Problems solved by technology

[0002] In the production process of metal parts, a thick layer of mechanical oil or cylinder oil accumulates on the surface of heat-treated parts heated by heat-treated oil furnaces or oil-quenched, and the cleaning conditions are relatively harsh. Currently, the commonly used cleaning methods include gasoline cleaning and There are two kinds of sodium carbonate and water glass cleaning, but the existing cleaning equipment cannot fully stir the metal parts inside the cleaning screen cylinder with the detergent solution, resulting in more oil stains on the surface of the metal parts, and the cleaning of the metal parts is more troublesome, making the metal parts The quality and efficiency of parts surface cleaning are poor

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