English
The debinding furnace is a high-temperature industrial device specifically designed for precision degreasing (debinding) and sintering processes. It is widely used in fields such as metal 3D printing, ceramic manufacturing, and other applications requiring debinding or sintering treatment. With a maximum heating temperature of 1400°C, the furnace features an efficient thermal management system and multiple safety protection mechanisms to ensure stability and safety during high-temperature operations.
Maximum Heating Temperature: 1400°C
Effective Working Area: 400 × 400 × 400 mm
Total Power Consumption: 12 KW
These specifications make the CHJT debinding furnace capable of delivering ample heating capacity while maintaining energy efficiency and high performance, fully meeting the requirements for high-precision debinding and sintering applications.
Furnace Structure
The CHJT debinding furnace utilizes high-performance foam ceramic as the chamber material. Foam ceramic is known for its low shrinkage, low thermal conductivity, excellent insulation, and high durability. This material effectively reduces heat loss and provides uniform temperature distribution, thereby improving overall heating efficiency and energy savings.
Heating Elements
The CHJT debinding furnace employs Kanthal resistance wires as heating elements. These wires can withstand extreme temperatures and ensure long-term stable operation while delivering efficient heating performance. Thanks to the high-temperature tolerance of Kanthal wires, the working temperature of the furnace remains stable up to 1400°C, supporting a wide range of debinding and sintering processes.
Five-Sided Heating Technology
To ensure uniform temperature distribution, the CHJT debinding furnaces are equipped with five-sided heating technology. This design provides consistent heat throughout the entire working area, effectively preventing uneven heating of materials and enhancing the quality and consistency of the thermal treatment process.
Safety Protection Features
The CHJT debinding furnace is equipped with multiple safety mechanisms to guarantee stable and safe operation, including:
Over-temperature Alarm: Alerts the user if the working temperature exceeds the set limit, preventing thermal damage.
Thermocouple Failure Alarm: Triggers an alert when a temperature sensor malfunctions or becomes disconnected, ensuring process reliability.
Power Failure Protection: Automatically cuts off power in the event of an electrical abnormality to protect both the operator and equipment.
Leakage Protection: Detects any electrical leakage during operation and promptly disconnects the power supply to ensure operator safety.
The CHJT debinding furnace is suitable for a wide range of industries, including but not limited to:
Metal 3D Printing: Debinding and sintering are essential steps in the metal printing workflow; this furnace performs both efficiently and reliably.
Ceramic Industry: Ceramic materials require high-temperature sintering, and this furnace provides a stable thermal environment for the process.
Precision Casting: For casting processes that demand precise debinding conditions, the furnace offers ideal support.
Electronic Materials Processing: Particularly valuable in sintering treatments of electronic packaging materials, where precision and consistency are critical.
The CHJT debinding furnace is a high-efficiency, energy-saving, durable, and safe industrial high-temperature furnace. Its design and technical features make it an ideal solution for precision debinding and sintering processes. By incorporating high-quality foam ceramic materials, advanced five-sided heating technology, and multiple layers of safety protection, this CHJT debinding furnace ensures excellent stability and reliability in demanding high-temperature environments. It is widely applicable in metalworking, ceramics, electronics, and other precision manufacturing sectors.
