Debinding And Sintering Furnace
900mm Belt Debinding Sintering Furnace IR Quartz Heaters for Thick Film Chip Resistors
Integrated drying and firing mesh belt furnace with ±1-2°C uniformity for tight TCR and resistance tolerances. Ensures complete binder removal, precision sintering, and high-volume production for reliable thick film chip resistors.
Cr20Ni80 Mesh Belt Heat Treating Furnace for Debinding Sintering 151kW
Integrated debinding and sintering furnace for thick-film heating tubes. Ensures hermetic dielectric layers, stable resistance, and superior adhesion. Features precise temperature control, high-volume production, and optional PC control. ISO certified, 1-year warranty.
Mesh Belt Debinding and Sintering Furnace for EV Thick Film Heater Manufacturing 1200C
Integrated drying, debinding, and sintering in one continuous system for high-volume EV thick-film heater production. Ensures superior adhesion, uniform temperature, and automotive-grade reliability. Customizable for multi-layer printing. ISO certified, 1-year warranty.
OEM Debinding Sintering Heat Treatment Gas Furnace for Aluminium 51kW 1200°C
Integrated debinding and sintering furnace for thick-film circuits, LTCC, and electronic pastes. Features ±2°C temperature uniformity, precise atmosphere control, and energy-saving ceramic chamber. Customizable cooling rates and optional PC control. Ideal for clean room environments.
ODM LTCC MLCC Gas Fired Metal Heat Treatment Furnace 400°C 550x660x640mm for Debinding
Rated to 400°C with ±3°C uniformity, this compact furnace features a 12-grid airflow chamber for precise debinding of LTCC and MLCC components. Durable stainless steel heaters and customizable airflow ensure consistent, high-efficiency results.
20kW 1300°C Vertical Debinding and Sintering Furnace for Electronic Ceramics
Designed for sintering electronic ceramics and magnetic materials. Features 20kW max power, 1300°C nominal temp, ±5°C uniformity, SiC rod heating, and PID control. Includes over-temp alarm and low surface temp ≤40°C. Custom options available.