A high temperature brazing furnace performs workpiece heating within a vacuum chamber, catering to high-quality products and materials prone to oxidation during welding. The Vacuum brazing furnace is a mechanical device that utilizes copper-based brazing filler metal, melted via heating, to complete the welding process.

Intelligent brazing furnaces are suitable for joining both similar and dissimilar materials, significantly expanding the scope of material applications.

Application Scope:

High-temperature brazing furnaces are primarily used for vacuum brazing of stainless steel, carbon steel, copper, high-temperature alloys, titanium alloys, and other materials with brazing alloys such as nickel, copper, silver, and titanium. They are also ideal for vacuum brazing aluminum components like heat exchangers and radar plate antennas, as well as sintering ceramic materials requiring high temperature uniformity and ultra-high vacuum conditions.

Key Features of High temperature brazing furnaces:

1. Optimized Heating System: Rational layout of heating elements ensures extensive radiation coverage, extended lifespan, multi-zone heating, and precise temperature control, guaranteeing superior temperature uniformity.

2. Advanced Thermal Insulation: Specially designed metallic thermal radiation shields enhance energy efficiency and minimize heat loss.

3. Multi-Zone Temperature Control: Enables exceptional temperature uniformity across the working chamber.

4. High Vacuum Performance: Delivers excellent operational vacuum levels and low leak-up rates.

Company Product Advantages:

1. High Automation: One-click gas replacement (vacuum pumping and argon filling), real-time monitoring of water, gas, and power during operation, and an intuitive HMI touchscreen for visualizing equipment status, alarm indicators, heating curves, and startup/shutdown operations.

2. Premium Materials: Furnace body constructed entirely from 304 stainless steel, compliant with pressure vessel standards for superior corrosion resistance and airtightness. High-temperature resistant metallic radiation shields ensure durability. All electrical components utilize internationally renowned or domestic top-tier 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 overcurrent/overvoltage protection in the power system.

4. Remote Monitoring Integration: A centralized PC interface enables remote monitoring of equipment status, access to operational logs, and adjustment of process parameters, allowing managers to oversee performance and optimize workflows efficiently.