educe the effect of the hardening brine.
Third, protect the gear from cold and hot stress. After quenching, the gear needs to be cooled under the cooling environment. Although the cooling environment is cold and hot, the gear is still easily deformed and damaged due to the stress caused by the temperature difference. Therefore, it is necessary to select a reasonable cooling speed and ensure that the temperature difference within the gear is small.
Fourth, to master the materials and technology regimens. The selection of materials and process parameters has a great influence on the results of carburizing and subsequent heat treatment, so different gears need to adopt different materials and technical regimens to ensure the quality of the heat treatment.
In summary, the quality of the gears carburizing and quenching heat treatment needs to be paid attention to. Pay attention to the selection of quenching agent, the control of cooling speed and the selection of materials and technology regiment. Through the above measures, ensure that the quality of carburizing and quenching heat treatment can be effectively improved.
In the era of rapid development of science and technology today, the continuous progress of new technology and new technology also brings us opportunities for innovation. With the continuous advancement of technology, the impact of heat treatment technology on the industry has become more and more obvious. The heat treatment process is the key in the processing of mechanical parts, so it is urgent to improve the existing heat treatment technology in the field. The quality of the carburizing and quenching heat treatment of the gear is an important factor to ensure the quality of the product. Everyone should understand the quality of the carburizing and quenching heat treatment of the gear and take preventive measures in advance to ensure the quality of the product.
