Multi Functional 1500 or 2200℃ Vacuum Combined Debinding and Sintering Furnace Aimed at Metal Material Forming Applications

Application

• Suitable for multiple forming processes including Metal Injection Molding (MIM), Powder Metallurgy pressing (PM), Isostatic Pressing (IP), and 3D printing forming.

• Applicable to the sintering of materials with special process requirements, such as high-specific gravity tungsten alloy, high-nitrogen nickel-free non-magnetic stainless steel (X15 CrMnMoN17-11-3 / PANACEA), and copper-based alloys.

Features

• Compatible with a wider range of special sintering processes: It supports sintering under slight positive pressure and atmosphere sintering, and can process more products requiring special technical requirements, such as high-nitrogen nickel-free non-magnetic stainless steel and copper alloys.

• Original large-area heating technology: Far superior to linear heating methods with outstanding furnace temperature uniformity, achieving a precise temperature consistency of ≤±5℃.

• Advanced furnace atmosphere flow control technology: It realizes more balanced internal airflow and thorough debinding effect. The partial-pressure sintering chamber is kept cleaner with fewer residual contaminants, ensuring more stable performance of sintered parts.

• Higher loading capacity & capability for large-size parts: Stable full-load sintering with yield rate up to 100%. It enables reliable sintering of large-sized components that are difficult to process conventionally, with the maximum mass-produced part weight exceeding 900 grams.

• Superior intelligent control system: Equipped with complete intelligent self-check and alarm functions, it features simple operation, as well as more stable and safer equipment operation.

Process Combination

• Debinding Process: Vacuum debinding, negative pressure atmosphere debinding (N₂ or Ar)

• Sintering Process: Vacuum sintering, partial / constant pressure sintering (Ar or N₂), hydrogen-protected sintering (H₂), atmospheric pressure sintering (N₂ or Ar)

• Cooling Process (Optional): In-furnace vacuum cooling, rate-controlled cooling according to temperature decline curve, gas circulation rapid cooling (N₂ or Ar)

Technical parameters (customized)