Industrial Bf216-11 Bell Experimental Furnace For Low-Temperature Co-Fired Ceramics LTCC Casting Sintering Process

This industrial furnace is primarily designed for LTCC sintering processes, with additional capabilities for binder burning out and sintering of other relevant electrical products.

• Rated Temperature: 850ºC
• Max. Temperature: 1000ºC
• Chamber Dimensions: 600mm×600mm×600mm (D×W×H)
• Effective Dimensions: 400mm×400mm×400mm (D×W×H)
• Chamber Insulation Material: Aluminosilicate Ceramic Fiber
• Heating Elements: Resistance Coils in Ceramic Fiber Block
• Thermcouple: Type K
• Temperature Control Point: 4 Points
• Pre-Heating: 4 Inlets
• 3 Stages Pre-Filtering of air: 1- dust, 2 - water drops, 3 - oil vapor
• Temperature Control Precision ≤ ±1ºC
• Temperature Control Mode: Temperature controller imported from Japan
• Heating-up Steps: Default 20 Steps
• Temperature Record: IPC makes real-time sampling record of chamber temperature
• Heat-up Rate ≤6ºC/min
• Chamber Temperature Uniformity: ±3ºC in 400mm×400mm×400mm area
• Furnace Surface Temperature ≤ RT+35ºC
• Lift System: Automated three-point control with stable operation
• Maximum Lifting Trip: 800mm
• Loading Weight ≤ 150Kg (including products and setters)
• Total Power: 52kW
• Outline Dimensions: 1520×1520×2250mm (D×W×H)
• Weight: approximately 1000kg

• Atmosphere Conditions: Dry, clean, oil-free compressed air (0.2-0.4MPa, 25-70 m³/h)
• Environmental Conditions: 0~40ºC, humidity ≤80%RH, no corrosive gas or strong airflow
• Ventilation System: Non-contact access to user pumping system (>100 m³/h capacity)
• Ground Requirements: Horizontal, minimal vibration, load-bearing >500 kg/m²
• Power: >70KVA, 3-phase 5-line, 220/380V, 50Hz with proper color coding
• Installation Site: Minimum 3500×3000×3000mm (D×W×H), >11m² area

Hefei Chitherm Equipment Co., Ltd. specializes in the R&D, manufacturing, and sales of high-quality industrial and laboratory furnaces. Our product range includes bell furnaces, box furnaces, vacuum furnaces, and specialized equipment for advanced ceramics, electronic components, and new energy applications.