High-temperature Vacuum brazing furnaces are designed to heat workpieces within a vacuum chamber, making them ideal for high-quality products and welding oxidation-sensitive materials. This equipment utilizes copper-based brazing filler metal, which is heated and melted to achieve seamless welding.
These furnaces are suitable for joining both similar and dissimilar materials, significantly expanding the range of material applications.

Applications:
Customized brazing furnace equipments are primarily used for brazing stainless steel, carbon steel, copper, high-temperature alloys, titanium alloys, and other materials with nickel-, copper-, silver-, or titanium-based filler metals. They are also employed for vacuum brazing of aluminum components such as heat exchangers and radar flat-plate antennas. Additionally, the furnaces can be utilized for sintering ceramic materials requiring high temperature uniformity and ultra-high vacuum conditions.

Key Features:

1. Optimized Heating System: Rationally arranged heating elements with extensive radiation coverage, long service life, multi-zone heating, and multi-zone temperature control ensure excellent temperature uniformity within the working area.

2. Efficient Thermal Insulation: Specially designed metal heat shields enhance thermal retention and reduce energy consumption.

3. Precision Temperature Control: Multi-zone temperature regulation guarantees superior furnace temperature uniformity.

4. High-Performance Vacuum: Exceptional working vacuum levels and low leak-up rates.

Company Advantages:

1. Advanced Automation: Features one-touch atmosphere replacement (vacuum pumping and argon purging), real-time monitoring of water, gas, and power systems, and a touchscreen simulation interface for visualizing operational status. Alarm indicators, heating curves, and startup/shutdown controls are fully accessible via the touchscreen.

2. Premium Materials: Furnace chambers are constructed with 304 stainless steel, compliant with pressure vessel standards for superior corrosion resistance and airtightness. High-temperature metal radiation shields ensure durability. All electrical components utilize imported or top-tier domestic brands for reliable performance.

3. Enhanced Safety: Equipped with automatic explosion-proof valves on the furnace body, flow switches for real-time cooling water monitoring, and rigorously configured power supply protections (over-current and over-voltage safeguards).

4. Remote Monitoring: Integrated PC-compatible interface enables real-time remote supervision of equipment status, historical operation data retrieval, and process parameter adjustments. Managers can access operational records and optimize workflows efficiently.