Product Description
Introduction of Vacuum Aluminum Brazing Furnace
Our vacuum brazing furnace is specially designed for the precision brazing of aluminum components. Featuring advanced temperature control and a high-vacuum environment, this furnace ensures superior brazing quality by minimizing oxidation and impurities. Whether used in aerospace, automotive, or electronics industries, our vacuum brazing furnace guarantees high-strength, corrosion-resistant joints. Maximum brazing temperature up to 1500ºC.
Advantages of the Vacuum Aluminum Brazing Furnace
High-Precision Temperature Control: Equipped with advanced temperature sensors and controllers, the furnace ensures precise heating, critical for aluminum brazing where tight tolerances are required.
Oxidation-Free Environment: The high-vacuum atmosphere minimizes oxidation, resulting in cleaner and stronger brazing joints with no need for flux.
Energy-Efficient Design: Our vacuum brazing furnace is engineered for optimal energy efficiency, reducing operational costs while maintaining high performance.
Uniform Heating: With a sophisticated heating system, the furnace guarantees uniform temperature distribution, preventing any thermal distortion or defects in the aluminum workpieces.
Flexible Batch Processing: The furnace accommodates both small and large batches, making it ideal for a wide range of production volumes.
Applications of the Vacuum Aluminum Brazing Furnace
Aerospace Industry: Used for manufacturing critical components such as heat exchangers, radiators, and structural parts that require high-strength joints.
Automotive Industry: Ideal for brazing aluminum components like fuel tanks, heat sinks, and radiators, ensuring lightweight and durable parts for modern vehicles.
Electronics Industry: Ensures reliable bonding of aluminum heat sinks, circuit boards, and other delicate electronic components where thermal management is crucial.
HVAC Systems: The vacuum brazing furnace is perfect for brazing aluminum components in heating, ventilation, and air conditioning systems, contributing to efficient heat transfer and durable constructions.
Technical Parameters
heat-resistant steel hot field
model |
Heating area (width*height*depth) ( mm ) |
Temperature(ºC) |
Power ( kW ) |
Power supply ( V ) |
HMLA-QHS-223 |
200*200*300 |
750 |
12 |
380 |
HMLA-QHS-334 |
300*300*400 |
750 |
twenty one |
380 |
HMLA-QHS-446 |
400*400*600 |
750 |
34 |
380 |
HMLA-QHS-557 |
500*500*700 |
750 |
46 |
380 |
HMLA-QHS-669 |
600*600*900 |
750 |
64 |
380 |
molybdenum thermal field
model |
Heating area (width*height*depth) ( mm ) |
Temperature(ºC) |
Power ( kW ) |
Power supply ( V ) |
HMLA-QHM-223 |
200*200*300 |
1350 |
34 |
380 |
HMLA-QHM-334 |
300*300*400 |
1350 |
60 |
380 |
HMLA-QHM-446 |
400*400*600 |
1350 |
98 |
380 |
HMLA-QHM-557 |
500*500*700 |
1350 |
132 |
380 |
HMLA-QHM-669 |
600*600*900 |
1350 |
180 |
380 |
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