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The continuous atmosphere protected bright quenching heat treatment furnace is an efficient heat treatment equipment widely used in the quenching process of metal materials to ensure that the materials are not oxidized or contaminated during heating, quenching, and cooling, thereby obtaining good surface quality and mechanical properties.
Continuous atmosphere protection bright quenching heat treatment furnaces usually adopt continuous production methods and are equipped with atmosphere protection systems to provide inert gas or reducing gas protection for workpieces during heating and quenching processes. This equipment is suitable for quenching various metal materials, such as steel, stainless steel, alloy steel, etc.

The continuous atmosphere protection quenching heat treatment furnace is an efficient heat treatment equipment widely used in the quenching process of metal materials. There is no oxidation or pollution during heating, quenching, and cooling, and good surface quality and mechanical properties can be obtained.
Continuous quenching heat treatment furnaces generally adopt continuous production methods and are equipped with atmospheric protection systems to provide inert gas or reducing gas protection for workpieces during heating and rapid cooling processes. This equipment is suitable for quenching treatment of various metal materials such as steel, stainless steel, alloy steel, etc.

Continuous atmosphere protection bright quenching heat treatment furnaces usually adopt continuous production methods and are equipped with atmosphere protection systems to provide inert gas or reducing gas protection for workpieces during heating and quenching processes. This equipment is suitable for quenching various metal materials, such as steel, stainless steel, alloy steel, etc.
In a continuous atmosphere protected bright quenching heat treatment furnace, the workpiece is continuously fed into the furnace through a conveying device. In the heating zone, the workpiece is heated to a predetermined temperature and maintained for a period of time to fully austenitize. Then, the workpiece quickly enters the quenching zone and undergoes quenching treatment under the protection of inert gas or reducing gas. After quenching, the workpiece undergoes subsequent treatments such as cooling and cleaning to ultimately obtain the required mechanical properties and surface quality.