An electrothermal treatment device for aluminum cut pellets and its implementation method

Abstract

The invention discloses an electrothermal treatment device for aluminum cut pellets and an implementation method thereof, which comprises a mounting frame, a positioning cylinder and a preheating plate. The upper end of the mounting frame is fixedly connected with mounting ears, and the lower end of the mounting frame is equipped with a positioning cylinder. One end of the cylinder is connected with a preheating plate through a symmetrical hinge of the hinge, and a fixed heating cylinder is arranged inside the positioning cylinder, and the end of the positioning cylinder away from the preheating plate is symmetrically provided with an engaging groove, and the engaging groove is a continuous arc shaped groove. The invention proposes an electrothermal treatment device for cut aluminum shot and its implementation method, which performs electrothermal treatment on the processed aluminum wire before processing the cut aluminum shot, so as to ensure uniform electric heat treatment of the cut aluminum shot after cutting. The preheating plate is movably connected to the fixed heating cylinder, and the fixed heating cylinder can be pushed to turn over the positioning cylinder, rotate the positioning cylinder, realize the clamping rod to clamp the aluminum wire, and put the second heating plate close to the aluminum wire to heat it, electric heating The effect is good.

Description

technical field [0001] The invention relates to the technical field of cut aluminum shot, in particular to an electrothermal treatment device for cut aluminum shot and an implementation method thereof. Background technique [0002] With the gradual improvement of the production process and manufacturing level of products in the current industrial field, the selection of abrasives is more refined. The traditional abrasive material is relatively simple, but with the development of technology, people find that in many fields, especially in the field of advanced manufacturing, it is the best choice to clean the base material of different materials and use the abrasive of the corresponding material. At present, the lightweight of various equipment is developing by leaps and bounds, and aluminum alloy products are widely used. Therefore, when cleaning the aluminum base material, the amount of aluminum shot used as abrasive grains is increasing. The quality requirements are gettin...

AI Technical Summary

Problems solved by technology

The traditional abrasive material is relatively simple, but with the development of technology, people find that in many fields, especially in the field of advanced manufacturing, it is the best choice to clean the base material of different materials and use the corresponding abrasive material

At present, the lightweight of various equipment is developing by leaps and bounds, and aluminum alloy products are widely used. Therefore, when cleaning the aluminum base material, the amount of aluminum shot used as abrasive grains is increasing. The quality requirements are getting higher and higher. Aluminum shot is also widely used in the steelmaking process as a deoxidizer. At present, the materials for producing aluminum shots in the market are mainly aluminum rods and aluminum wires. When processing aluminum rods and aluminum wires, cold cutting It will cause dust and dust, and the edge of the aluminum cut shot will have large unevenness, which is not conducive to later use or processing, and in some cases, the cut aluminum cut shot needs to be heated for use, and the particles of the aluminum cut shot are relatively small. It is small and difficult to process. After a large number of aluminum cut shots are mixed together, it is easier to cause the internal aluminum cut shots to be unable to be heated.

[0003] The existing electrothermal treatment devices for aluminum rods and aluminum wires need to pass the aluminum rods and aluminum wires into the device, and the heating device is heated on its side, which is not conducive to the uniformity of heat on the upper and lower sides, and the general device needs blind penetration , is not conducive to processing, and the internal maintenance of the device is cumbersome to disassemble and assemble, and it is impossible to clean the internal dust and debris.

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