Overview of multi chamber continuous vacuum furnace

At present, most of the vacuum furnaces used in various industries in China are single chamber or double chamber, which has obvious disadvantages, such as high cost, high energy consumption and low efficiency. In order to overcome the above shortcomings and meet the needs of modern industry, our company independently developed a new type of multi chamber continuous vacuum furnace. The equipment has outstanding performance, ideal operation and simple operation.
The overview of multi chamber continuous vacuum furnace is composed of feed chamber, preheating chamber, high temperature chamber, cooling chamber, discharge chamber, intermediate gate valve, vacuum system, workpiece transfer system, water cooling system, electric control system, etc. Unique building block design allows users to build different production lines, such as five rooms, eight rooms, etc.
The new vacuum furnace is the further application and extension of induction smelting technology. The furnace body of the vacuum furnace adopts the square box structure, which is practical and beautiful, and can effectively reduce the butt joint transmission between the charging car outside the furnace and the roller shaft inside the furnace.
The vacuum system of vacuum furnace adopts digital display compound vacuum gauge, which measures high vacuum with ionization gauge and low vacuum with resistance gauge. The heating system composed of preheating chamber and high temperature chamber has the advantages of good heat preservation effect and energy saving. In addition, the vacuum furnace also has a new type of pneumatic gate valve, workpiece transfer system and full-automatic control system, intelligent and flexible temperature control. In short, the outstanding performance of vacuum furnace has been recognized by the industry.
Multi chamber continuous vacuum furnace has the same powerful ability as induction melting technology. It can be used in the field of vacuum brazing, vacuum sintering and vacuum heat treatment of metal materials to achieve large-scale production line.