Model BF390-14 High-Temperature Bell Furnace
1. Equipment Name & Model: Model BF390-14 High-Temperature Bell Furnace
2. Technical Specifications & Basic Configuration
2.1 Rated Temperature: 1300℃
2.2 Maximum Temperature: 1400℃
2.3 Effective Chamber Dimension: 990mm×600mm×660mm (W×H×D)
2.4 Size of Setter Plate: 330×330mm (6 stacks)
2.5 Sagger Specification: Φ100×70mm (to be supplied by customer)
2.6 Equipment Capacity: 9 saggers per setter plate, 54 saggers per layer, total 8 layers, i.e. 432 saggers per batch
2.7 Max. Heating Power: 80kW
2.8 Number of Temperature Zones: 1
2.9 Heating Element: Silicon Carbide Rod (SiC Rod)
2.10 Furnace Temperature Uniformity: ±5℃ (no-load test, constant temperature at 1300℃ platform for 2 hours)
2.11 Temperature Control Accuracy: ±1℃ (holding at high-temperature platform)
2.12 Program Control: SCR control module
2.13 Lifting Method: Screw drive lifting system
2.14 Thermocouple Type: Type S
2.15 Temperature Control Mode: Imported intelligent temperature controller with PID auto-tuning function
2.16 Heating Rate: 0.5~5.0℃/min
2.17 Sintering Atmosphere: Air
2.18 Exhaust System: Exhaust port arranged on the top for waste gas discharge; the valve on exhaust pipe can automatically adjust opening degree.
2.19 Alarm & Protection: Acousto-optic alarm and protection functions for over-temperature, motor overload, over-travel and other faults.
2.20 Surface Temperature Rise: ≤40℃
2.21 Overall Reference Dimension: 2670mm×3250mm×3000mm (W×H×D), excluding exhaust pipe
2.22 Equipment Weight: Approx. 3500kg 2.23 Equipment Color: Light Grey
Furnace Chamber Design
The inner layer of the furnace chamber is lined with high-temperature resistant lightweight alumina products, and the outer layer adopts ceramic fiber insulation boards for auxiliary thermal insulation. Silicon carbide rods are used as heating elements, enabling a maximum temperature of 1400℃. The heating elements divide the furnace chamber into 3 small cavities to guarantee uniform temperature distribution throughout the whole chamber.
Material-Carrying Bogie
The bogie shell is fabricated from Q235A steel plate, and its interior is constructed with ceramic fiber boards and high-temperature resistant alumina products. Setter plates are laid on the top surface of the bogie for workpiece placement. The setter plates are made of premium high-temperature resistant heavy-duty materials, featuring excellent high-temperature resistance, corrosion resistance and high mechanical strength.
The bogie can move vertically via the lifting platform. When lowered to the bottom position, it can be transferred onto the extension platform in front of the equipment for convenient loading and unloading of workpieces. A double sealing structure is installed between the bogie and furnace opening: ceramic fiber blanket is adopted for inner sealing, and silicone rubber for outer sealing, to ensure the tightness of the entire furnace chamber.
Temperature Alarm System
It is equipped with temperature upper deviation alarm and over-temperature alarm, which can effectively ensure safe operation of the equipment. Meanwhile, in case of temperature deviation or over-temperature alarm, the temperature alarm system will cut off heating immediately and trigger an acousto-optic alarm signal.
Other Alarm Systems
In the event of other equipment faults, acousto-optic alarms will be activated promptly to remind operators to take timely intervention.
Other Low-Voltage Components
Circuit breakers, AC contactors, intermediate relays and other components adopt well-known domestic and international brands, making the control system safe, reliable and durable.
Hefei Chitherm Equipment Co., Ltd. is a professional enterprise engaged in the research and development, design, manufacturing, sales, maintenance and service of high, medium and low temperature industrial furnaces and experimental furnaces. Our products include Bell Furnaces, Box Furnaces, Hot Air Dryer, Tube Furnaces, Vacuum Furnaces, Trolley Furnaces, and Rotary Furnaces. All of which are widely used in scientific research and experimentation in advanced ceramics, additive manufacturing, powder metallurgy, new energy and other fields. Suitable for the extrusion, sintering process of magnetic materials, honeycomb ceramics, alumina ceramics, zirconia ceramics, CIM/MIM, and positive and negative electrode materials of lithium batteries, as well as various other new materials such as pre-firing, extrusion, degreasing, firing, drying, co-firing, post-firing, soldering, curing, ceramic metallization, etc. We insist responsible attitude towards customers and provide high-quality products and services. It is precisely because of the support, understanding, and trust of our customers and friends that our intelligent equipment manufacturing capabilities continue to improve. We are willing to work with customers to support the rapid development of electronis and advance materials all over the world.
Certifications
FAQ
1. What products does Chitherm offer?
We provide customers with high-quality bell furnaces, hot air furnaces, box furnaces, tube furnaces, vacuum furnaces, car bottom furnaces, rotary kilns, mesh belt furnaces, and pusher furnaces.
2. What pre-sales services does Chitherm provide?
We offer timely consultation services to help customers select the most suitable products, along with highly customizable solutions to meet your specific requirements.
3. What are Chitherm's core strengths?
As a high-tech enterprise integrating R&D, manufacturing, and sales, Chitherm possesses patented technologies and core resources to deliver superior solutions.
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