Improving Vacuum Carburizing and the Case-Depth Uniformity

Improving Vacuum Carburizing and the Case-Depth Uniformity

The vacuum carburizing process has consistently succeeded in delivering superior part quality over the past few decades.
Additionally, the use of vacuum technology for carburizing has always shown the most potential for enhancing the manufacturing process by reducing the number of manufacturing steps and the processing time required to produce a part. Increased productivity helps achieve these savings, resulting in lower part cost and reduced total cost of ownership.
Optimizing the case-depth uniformity of parts during the vaccum carburizing process also helps achieving lower part costs. For this, the carburizing process and influencing parameters, such as the quality of thermal processing equipment utilized, uniformity of heating and positioning of the parts within the load, all need to be analyzed and optimized.
However, the first step in doing so is to understanding the emergence of vacuum carburizing and the advantages it provides for producing gears of high quality.
Edited bySimuwu

Tags:The principle of vacuum sintering furnace