Metallurgical Vacuum tempering furnace

Vacuum tempering furnace is as precision machinery manufacturing, aerospace, defense and other cutting-edge industry and developed a kind of heat treatment methods, especially in recent years, the improvement of part performance, accuracy requirements make the accurate control of the vacuum furnace by people more and more attention.

In the ordinary course of metallurgy heat treatment aspect, people have done a lot about metallurgy annealing furnace based on the temperature of the hot spots for target parameters optimization modeling work, but as a result of the mathematical model of each selected and different treatment methods, although have to optimize the results have been achieved, but the precise temperature control effect is not ideal. In addition, there are some related modeling and optimization work for the modeling and optimization of workpiece temperature.

In order to get better effects of annealing temperature control, the need for a more accurate mathematical model to guide the annealing temperature control of vacuum furnace, vacuum furnace working mechanism for thorough analysis, and combined with the actual production process, an optimization model is obtained. This model solves the past due to workpiece temperature control of time lag, so short of accurate control, reduce the energy consumption and shorten annealing time.

Vacuum furnace is hot, sensitive, oxidized or easy to decompose material for design. You can fill the inner part with inert gas, which is especially convenient for some objects and complex components.