Product Feature
1.It has high vacuum sealing performance and can effectively inhibit oxidation, decarburization and surface contamination.
2.The heating and insulation system has good temperature uniformity, and the heat treatment results are stable and reliable.
3.The furnace body adopts a high-efficiency heat insulation structure with low heat loss and significant energy-saving effect.
4.The temperature control system is highly intelligent and can realize automatic heating, constant temperature and cooling control.
5.A variety of furnace types can be customized according to process requirements, such as vertical, horizontal, continuous, etc., to meet different production requirements.
|
Serial Number |
Model |
Power |
MHximum charging capacity |
Loading size |
External dimensions |
Crane height |
|
1 |
TE-A-MA-W-180/240 |
200KW |
8T |
φ1800*H2400 |
φ3200*H3250 |
5500mm |
|
2 |
TE-A-MA-W-240/240 |
300KW |
16T |
φ2400*H2400 |
φ3800*H3250 |
5500mm |
|
3 |
TE-A-MA-W-340/240 |
400KW |
20T |
φ3200*H2400 |
φ4800*H3250 |
5500mm |
|
4 |
TE-A-MA-W-360/240 |
500KW |
24T |
φ3600*H2400 |
φ5200*H3250 |
5500mm |
Working Principle Of Vacuum Annealing Furnace
1.The Well-type annealing furnace extracts the air from the furnace through a vacuum pump system to create a low-oxygen, low-impurity vacuum environment, thereby preventing the metal from oxidizing or decarburizing during the heating process.
2.After the heating system is started, heating elements such as resistance wires or silicon carbide rods gradually heat the workpiece to the set temperature.
3.At high temperatures, metal grains rearrange or recrystallize, the internal stress of the material is released, and the toughness and ductility are significantly improved.
4.The temperature control system precisely adjusts the temperature inside the furnace to maintain a uniform temperature field, ensuring consistent heating of the entire batch of workpieces.
5.After annealing, the workpiece is cooled at a controlled rate through natural cooling or inert gas circulation cooling to avoid deformation caused by sudden cooling.
Application Scenarios Of Annealing Furnace
1.Used for vacuum annealing treatment of stainless steel, alloy steel, titanium alloy, high temperature alloy and other metal materials.
2.Suitable for non-oxidation heat treatment of precision molds, bearings, cutting tools and structural parts.
3.In industries such as aerospace, automobile manufacturing, and energy equipment, it is used to improve the strength and toughness of parts.
4.In electronics and semiconductor manufacturing, it is used to relieve stress and optimize performance of wafers, magnetic materials, and thin film materials.
Customized According To Industry Needs
Furnace type customization : Vertical, horizontal, continuous or box-type furnaces can be designed according to customer production requirements.
Temperature range customization : supports multiple temperature levels from 300℃ to 950℃.
Control system customization : Provide PLC touch screen control, data recording and remote networking functions.
Customized cooling method : natural cooling, forced air cooling or water cooling system are optional.
Material and size customization : Customize the size and structure of the heating zone according to the workpiece size and material properties.

FAQ
1.What is a High temperature annealing furnace? How does it work?
A High temperature annealing furnace is a device that performs heat treatment on metals in a sealed vacuum environment. By removing air and impurities, a high-purity vacuum is created within the furnace, allowing the metal to be heated, insulated, and cooled at a controlled temperature, thereby improving its structure, eliminating stress, and enhancing its surface finish.
2.What are the differences between Vacuum heat treatment annealing furnace and conventional annealing furnaces?
Unlike conventional annealing equipment, Vacuum heat treatment annealing furnace effectively prevent oxidation and decarburization, resulting in a bright metal surface and high dimensional accuracy. Furthermore, they reduce energy consumption and pollution, making them suitable for the production of precision parts with stringent quality requirements.
3.What industries are Vertical Vacuum Annealing Furnace primarily used for?
Vertical Vacuum Annealing Furnace are widely used in aerospace, automotive, precision molds, electronic components, and heat treatment processes for high-performance alloy materials. Their high cleanliness and stable temperature control capabilities make them essential equipment in high-end manufacturing.
4.Can Well-type annealing furnace be customized according to customer needs?
Yes. Based on the material properties, process temperature, production cycle, and other requirements of different companies, we can provide tailor-made Well-type annealing furnace solutions to help customers achieve efficient, energy-saving, and stable heat treatment results.
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