Description:

• This state-of-the-art 3200℃ vacuum induction furnace is a high-precision laboratory-grade solution purpose-built for small-scale material science experiments.
• By integrating proven medium-frequency induction heating technology with a complete vacuum and protective gas system, it delivers ultra-high-temperature operation up to 3200℃, meeting the demanding sintering and heat treatment requirements of advanced high-performance materials.
• Tailored for R&D and academic research, this furnace is available in three configurations, offering flexible, reliable solutions from initial trials and lab tests to precise sample preparation and small-batch production. Its advanced IGBT control system, paired with Japan’s Shimaden FP93 temperature controller, ensures stable, responsive thermal regulation.
• For accurate, non-contact temperature monitoring, it features an American Raytek infrared pyrometer with a range of 1000℃ to 3200℃. This professional setup guarantees precise temperature control and exceptional uniformity within ±5℃, delivering consistent, repeatable results for all high-temperature processes.
• Operating in either vacuum or argon micro-positive pressure environments, the furnace is supported by a closed-loop recirculating water cooling system for stable thermal management. Optional add-ons like gas purifiers can be integrated to meet specific material processing needs, making it ideal for both cutting-edge research and low-volume production in materials science.

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Application:

• Carbon & Graphite Materials: Processing of graphite powder, graphene, anthracite, carbon nanotubes, carbon fiber, and graphite powder.
• Ceramic & Hard Alloys: Sintering of silicon carbide, tungsten carbide, boron carbide, and other high-performance ceramic components.
• Special Functional Materials: Heat treatment of lithium battery materials, rare earth oxides, radiation-proof materials, rhenium materials, metal billets, and powder metallurgy products (e.g., metal/composite metal powders).
• Other Materials: Processing of boric anhydride, magnesium fluoride, poly-silicon materials, calcium carbide, and negative electrode materials.

  

Specification:

Furnace Configuration:

Feature Advantages:

• Ultra-high 3200℃ temp for various materials
• Fast heating (30min to 3000℃) saves time
• Precise control (±5℃ uniformity) ensures stable results
• Vacuum/Argon protection avoids material oxidation

After-sales Service:

• Warranty: 1-year warranty for core electrical components against manufacturing defects.
• Lifetime Service: Lifetime technical support, including remote troubleshooting, maintenance guidance, and replacement part supply (charged for non-warranty parts).
• Response Efficiency: 24-hour online consultation for urgent issues; on-site service (available globally) can be arranged based on your needs (travel costs extra).

  

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