A continuous quenching device and its application method

Abstract

The invention discloses a continuous quenching unit and an application method thereof. The continuous quenching unit is composed of a supporting frame, a conveying mechanism, a cooling mechanism and a control mechanism. The cooling mechanism is composed of a cooling pool, a lifting platform and a cooling tray. A rotation speed controllable stirring device is arranged in the cooling pool. The control mechanism is in signal connection with the stirring device and the lifting platform. The continuous quenching unit can automatically control all quenching links. The heating process and the cooling process of each batch of samples can be connected better. The requirements for continuous quenching of small batches of samples are met. Safety of operators is guaranteed. Meanwhile, the cooling process of samples can be controlled more precisely through the variable speed stirring device and the lifting speed controllable lifting platform.

Description

technical field [0001] The invention relates to a quenching device, in particular to a continuous quenching device and a using method thereof. Background technique [0002] Quenching is a kind of metal heat treatment process. The traditional quenching process mostly completes multiple processes such as lofting-sampling-cooling-air-drying through manual operations. Specifically, the operator first uses the crucible tongs to pick up the sample and send it to the sintering furnace for high-temperature heating. For processing, after the heating is completed, the sample is also clamped with a crucible tongs and immersed in a cooling medium with manual stirring to cool the sample, and finally taken out from the cooling medium and air-dried. The traditional quenching process has the disadvantages of high risk and low efficiency. Due to the manual clamping of the sample, the high-temperature workpiece to be quenched may fall due to insufficient clamping, which will cause injury to t...

AI Technical Summary

Problems solved by technology

However, even if there are mechanical applications, in some experiments, when the samples are small and the quantity is small, the quenching process is usually done manually, especially the quenching treatment involved in the relevant experimental operations of some universities and scientific research institutions; in addition, using The equipment carries out industrialized quenching treatment, most of which only control the quenching process, and there is no control over the quenching process requirements, and different quenching processes may produce various results

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