Metal heat treatment quenching system and quenching process

Abstract

A metal heat treatment quenching system comprises two sliding beams which are horizontally arranged in parallel, wherein the bottom of each sliding beam is mounted on the ground through two supporting beams, the opposite sides of the two transverse supporting beams are fixedly connected through a mounting strip, and the mounting strip is fixed to the ground through a mounting piece; a drive device slides on the two slide beams and moves left and right below the two slide beams in the horizontal direction, and the front side and the rear side of the drive device are fixedly connected to metal piece lifting mechanisms. According to the metal heat treatment quenching system disclosed by the invention, the drive device, the metal piece lifting mechanism, the heating device and the quenching device are arranged, the metal piece lifting mechanism adjusts the height of a metal piece, and the drive device can drive the metal piece to transversely move left and right, so that the metal pieces can be conducted more rapidly and continuously in each step, and the machining continuity, stability and flexibility of the whole system are improved.

Description

Technical field[0001]The present invention relates to a metal heat treatment quenching system and a quenching process, specifically a metal heat treatment quenching system and a quenching process.Background technique[0002]The metal heat treatment is to heat the metal workpiece in a certain medium to a suitable temperature, and after maintaining a certain time in this temperature, it is cooled in different media at different speeds, by changing the surface or internal microstructure of the metal material. Structure to control a process of its performance.[0003]There are many types of heat treatment, in which quenching is the most common process, while the existing metal parts are quenched, then the metal member is first warmed to a certain condition, and the metal parts cool down, these two steps are separated. In this way, it is extremely difficult to occur in the metal part processing process, resulting in poor processing efficiency, especially during quenching, such that the tempe...

AI Technical Summary

Problems solved by technology

[0003] There are many types of heat treatment, among which quenching is the most common process. When quenching the existing metal parts, the metal parts are first heated to a certain condition, and then the metal parts are cooled. These two steps are carried out separately. In this way, incoherence is very easy to appear in the processing process of metal parts, resulting in poor processing efficiency. Especially in the process of quenching, the continuous cooling process makes the temperature of the cooling medium remain high. The common way is to use water circulation, which needs to be replaced. A large amount of cooling water increases the cost of the quenching process. In addition, the steam heat in the quenching process is mixed with cooling water, causing serious heat loss

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