Industrial Electric Temperature Box Furnace 1650 ordm C Hbf16-17 for Temperature Applications

HBF16-17 High-temperature Box Furnace

It is widely used in the high-temperature sintering process of products similar to microwave ferrites, magnetic materials, electronic devices, ceramic products, ceramic filters, etc.

• Rated Temperature: 1650ºC
• Maximum Temperature: 1700ºC (It can be used for a long time at this temperature)
• Effective Size: 200×200×400mm (Width×Height×Depth)
• Heating Element: U-shaped silicon-molybdenum rod
• Temperature Control Stability: ±1ºC on the high-temperature platform, with the function of PID parameter self-tuning
• Temperature Uniformity: ±5ºC (Insulation for 2 hours at 1600ºC, tested in an empty furnace)
• Temperature Control Thermocouple: B scale
• Number of Temperature Control Points: 1 point
• Number of Temperature Control Segments: 4×16 segments
• Sintering Atmosphere: Air
• Exhaust Chimney: Located at the rear of the furnace chamber, and the exhaust volume can be manually adjusted
• Maximum Heating-up Power: 12kW
• Insulation Power of the Empty Furnace: ≤6kW
• Heating-up Rate: ≤5ºC/min
• Alarm and Protection: Acoustic and optical alarm protection for over-temperature, broken thermocouple, etc., and it has the function of power-off protection for over-temperature alarm
• Surface Temperature Rise: ≤35ºC
• Equipment Weight: Approximately 800Kg
• Overall Dimensions: 1000×1850×1100mm (Width×Height×Depth)
• External Color of the Equipment: Light gray

The equipment is mainly composed of the furnace frame assembly, furnace chamber assembly, and temperature control system.

4.1 Furnace Body Design
The external frame of the equipment is assembled and welded by profiles, and the external hanging plate is bent and welded by high-quality sheet metal, and the surface is treated with high-temperature plastic spraying.

4.2 Furnace Chamber Design
The inside of the furnace chamber is built with high-temperature resistant alumina products, which has the characteristics of small heat capacity, good heat preservation performance, fast heating-up speed, energy conservation, time saving, and good temperature field uniformity. The heating element is a silicon-molybdenum rod, which is installed vertically and arranged on the left and right sides of the furnace chamber to ensure the temperature uniformity in the furnace chamber.

4.3 Air Intake Design
During use, air can be introduced into the furnace chamber, and the air intake flow is controlled by a glass rotor flowmeter, with a measuring range of 10 to 100LPM.

4.4 Temperature Control System
4.4.1 Temperature Measurement: The control points are measured by a B-scale thermocouple;
4.4.2 Control Instrument: It is controlled by a Japanese Shima Denki intelligent regulator, which has multiple alarm and protection functions such as PID parameter self-tuning, high-temperature upper limit alarm, and thermocouple failure indication;
4.4.3 Control Mode: Power adjustment and voltage regulation control;
4.4.4 Over-temperature Treatment: When the over-temperature phenomenon occurs, the temperature over-temperature alarm system will immediately send out acoustic and optical alarm signals and cut off the heating at the same time, and the buzzer will emit a continuous alarm sound.

• Environmental conditions: Temperature 0 - 40ºC, humidity ≤ 80% RH, no corrosive gas, no strong airflow disturbance.
• Process air conditions: clean, dry, oil-free compressed air, pressure 0.2 - 0.4Mpa, gas consumption 2 - 6m³/h.
• Ventilation system: non-contact access to the user pumping system, pumping capacity is greater than 5m³/h
• Ground requirements: level, no obvious vibration, bearing capacity > 500Kg/m²
• Power conditions: capacity greater than 16kVA, 3 phases 5 lines, voltage 220/380V, frequency 50Hz(according to local situation). Live wire: yellow, green, red, neutral wire: blue, ground wire: yellow-green
• Installation site: 1800mm×2000mm×2000mm (W*H*D), installation area greater than 4m²