Our bottom loading sintering furnace is specially designed for high-temperature sintering of electronic components, with cycles including atmosphere preparation, heating, forced cooling and controlled oxidation.
Our bottom loading sintering furnace is specially designed for high-temperature sintering of electronic components, with cycles including atmosphere preparation, heating, forced cooling and controlled oxidation. It has a usable zone of 12” diameter x 22” high (305mm x 559mm), suitable for large batch processing.
Features of Bottom Loading Sintering Furnace
l Bottom Chamber: Stainless steel, double-walled, water-cooled, electro-polished; hinged door with quick clamps for access; serves as load/unload, cooling and oxidation area; has gas heat exchanger for fast cool-down; with safety/operation sensors, valves and switches.
l Top Chamber: Two-section (upper: heater connections; lower: pumping port) for easy maintenance; double-walled, water-cooled stainless steel; hot zone fits 7″ diameter x 12″ high stacks; Tantalum/Tungsten/Molybdenum heating elements (uniform, long-lasting, fast ramp); dished cover with sensor ports and sight window; trays on hearth plate with heat shields.
l Load Lift & Isolation Valve: Lift transfers loads and seals vacuum between chambers; electric actuator for vertical movement; preset motion for smooth, repeatable transfer; isolation valve seals top chamber (constant vacuum) when load is in bottom (vacuum/air/inert gas).
Parameter | Details |
Hot zone Size | 12” diameter x 22” high (305 mm x 559 mm) |
Heating zone Material | Tantalum or tungsten (other materials available) |
Max. Temperature | 2100°C (3812 °F) |
Temperature Gradient across Usable Zone | +/- 10°C |
Chamber Functions | Bottom chamber: loading and cooling; Top chamber: sintering |
Special Process at Cycle End | Controlled oxidation |
Diffusion Pumping System | High capacity, 10″ or 16″ |
Cooling Component | Gas heat exchanger for rapid load cooling |
Load Movement Device | Electric load lift for precise load movement |
Cycle Control | Fully automated cycles with computer interface |
Power | Up to 150 kVA based on configuration, 380-480-575 V/3/50-60 Hz |
Our bottom loading sintering furnace is specially designed for high-temperature sintering of electronic components, with cycles including atmosphere preparation, heating, forced cooling and controlled oxidation. It has a usable zone of 12” diameter x 22” high (305mm x 559mm), suitable for large batch processing.
Features of Bottom Loading Sintering Furnace
l Bottom Chamber: Stainless steel, double-walled, water-cooled, electro-polished; hinged door with quick clamps for access; serves as load/unload, cooling and oxidation area; has gas heat exchanger for fast cool-down; with safety/operation sensors, valves and switches.
l Top Chamber: Two-section (upper: heater connections; lower: pumping port) for easy maintenance; double-walled, water-cooled stainless steel; hot zone fits 7″ diameter x 12″ high stacks; Tantalum/Tungsten/Molybdenum heating elements (uniform, long-lasting, fast ramp); dished cover with sensor ports and sight window; trays on hearth plate with heat shields.
l Load Lift & Isolation Valve: Lift transfers loads and seals vacuum between chambers; electric actuator for vertical movement; preset motion for smooth, repeatable transfer; isolation valve seals top chamber (constant vacuum) when load is in bottom (vacuum/air/inert gas).
Parameter | Details |
Hot zone Size | 12” diameter x 22” high (305 mm x 559 mm) |
Heating zone Material | Tantalum or tungsten (other materials available) |
Max. Temperature | 2100°C (3812 °F) |
Temperature Gradient across Usable Zone | +/- 10°C |
Chamber Functions | Bottom chamber: loading and cooling; Top chamber: sintering |
Special Process at Cycle End | Controlled oxidation |
Diffusion Pumping System | High capacity, 10″ or 16″ |
Cooling Component | Gas heat exchanger for rapid load cooling |
Load Movement Device | Electric load lift for precise load movement |
Cycle Control | Fully automated cycles with computer interface |
Power | Up to 150 kVA based on configuration, 380-480-575 V/3/50-60 Hz |
