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Vacuum Brazing Furnace
Brother's vacuum brazing furnace is the core equipment for achieving high vacuum, high temperature, high precision, pollution-free and oxidation-free brazing. It is equipped with a controllable low pressure and insulation system, and can braze metals, ceramics and other materials. It is very suitable for applications with high standards and high requirements.
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Sinterable materials of Vacuum Brazing Furnace
Focusing on actual scene applications, we will highlight the advantages of vacuum brazing furnace equipment functions for you:
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Metal Materials
Aluminum, Copper, Zinc Alloys Stainless Steel, High-Temperature Alloys, Tool Steel, Low-Carbon Steel.
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Ceramic Materials
Aluminum Oxide, Zirconium Oxide, Aluminum Nitride, Silicon Carbide.
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Metal-Based Composites
Aluminum-Based Silicon Carbide Composites, Copper-Based Graphite Composites.
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Non-Metal and Metal Combinations
Quartz Glass and Stainless Steel, Carbon Fiber Composites and Titanium Alloys.
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Chamber comparison of vacuum brazing furnace
Choose chambers with different thermal field materials
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Heat-resistant Steel Chamber
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Working Temperature
750°C
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Sinterable Materials
Copper-based alloys, Aluminum alloys, Low-melting-point metal powders (Tin, Lead), Magnetic alloys (NdFeB)
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Advantages&Features
Low temperature sintering has low power, low price, economical and practical
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Molybdenum Foil Chamber
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Working Temperature
1350°C
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Sinterable Materials
High-temperature alloys (Nickel-based/Cobalt-based), Silicon Carbide (SiC) Ceramics, Silicon Nitride (Si₃N₄) Ceramics, High-purity metals (Tantalum, Niobium)
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Advantages&Features
High strength at elevated temperatures, no pollution.
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Brother Furnace
Vacuum Brazing Furnace Application
Starting from the internal structure, we show you the unique design logic of vacuum brazing furnace products:
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Aerospace Industry:
Used for brazing engine turbine blades, combustion chambers, aircraft titanium alloy frames, and fuel lines, ensuring component sealing and structural stability under high-temperature and high-pressure conditions.
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Medical Device Industry:
Manufacturing titanium alloy probes for medical instruments, diagnostic equipment, and artificial joint connectors, meeting medical-grade cleanliness and disinfection and corrosion resistance requirements.
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Automotive Manufacturing Industry:
Suitable for brazing copper wires and terminals, and aluminum alloy piping for thermal management systems, contributing to lightweighting and efficient transmission.
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Tool Industry:
Brazing carbide tools and heat-resistant alloy modules for hot-working dies improves tool cutting performance and die life.
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Railway Transit Industry:
Processing copper alloy components for train traction systems and stainless steel connectors for brake systems, ensuring component durability under high-frequency vibration and complex environments.