Quenching mechanism with heat treatment function

Abstract

The invention relates to a quenching mechanism with a heat treatment function. The rear end of a main furnace mechanism is connected with the quenching mechanism which is divided into a front section conveying space, a middle section quenching liquid containing tank and a rear section conveying space, and steel after being heated at about 800-1000 degrees in the main furnace mechanism can horizontally penetrate through the middle section quenching liquid containing tank of the quenching mechanism in an equal difference height mode in a whole course, so that the disadvantages that the cross section of the steel is distorted due to an external force in a quenching conveying process and that deformation beyond recovery due to angle buckling after high temperature heating in a common quenching process can be overcome, and the functionality and practicability of the overall heat treatment of the quenching mechanism can be improved.

Description

technical field [0001] The present invention relates to a quenching mechanism with a heat treatment function, in particular to a quenching liquid storage tank in the middle section of the quenching mechanism, which can pass the high-temperature heated steel through the quenching mechanism at an equal height throughout the entire process, so that the steel can avoid irreversible damage. Deformation and distortion caused by external force, and suitable for various metal steel materials such as special-shaped steel materials and special-shaped steel wires. Background technique [0002] Since the heat treatment technology of metal devices, any metal device will first be heated at high temperature to change the metal properties of the metal device and increase its plasticity when forging. In the early days, the metal device was put into water after forging to cool down and restore the metal device. rigidity. [0003] At present, steel, steel bars or steel plates must go through ...

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Problems solved by technology

[0004] But also because the action of steel, steel bar or steel plate directly tilting and sliding will cause the material section of the steel, steel bar or steel plate that has been heated at high temperature to be distorted due to external force during the transportation process, and the angle bending caused by the common quenching process Defects such as unrecoverable deformation caused by folding, thus reducing the accuracy of the above steel dimensions

[0005] Therefore, according to the above-mentioned technical problems, the present inventor hopes to provide a solution that enables the steel after high-temperature heat treatment to pass through the quenching mechanism in an equal-differential height manner throughout the whole process, so as to avoid the distortion of the cross-section of the steel due to external forces during the quenching and transportation process. , and the disadvantages of unrecoverable deformation caused by angle bending after high-temperature heating in the common quenching process, to improve the technology and efficiency of steel heat treatment

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