Product Introduction:
Advantages compared to ordinary mesh belt sintering furnaces:
High dewaxing efficiency: High temperature radiation tubes are used to quickly raise the temperature of the workpiece to the optimal dewaxing temperature, and then direct fired gas is blown onto the powder compacts to quickly decompose the lubricant on the workpiece, which is then discharged from the furnace head.
Good sintering quality of the product: clean dewaxing, less prone to carbon and decarburization, no bubbling, bursting, or loss of dimensional accuracy.
The furnace has high production capacity and low energy consumption per unit mass of product.
◆ Convenient cleaning of residues in the furnace: adopting a no muffle design, residues automatically flow into the bottom of the furnace, and can be cleared by opening one end of the cleaning furnace door.
High degree of equipment automation: intuitive analog display screen, fully automatic temperature and action control, complete alarm device and locking protection device.

Main technical performance indicators and features:
Maximum external dimensions: approximately 24600 × 2280 × 2020mm3 (length × width × height).
The maximum operating temperature is 1150 ℃ (the dewaxing and preheating zone is 950 ℃).
Mesh belt width: 24 ″ ≈ 610mm, made of stainless steel 314
◆ Sintering section furnace liner material: high-quality silicon nitride combined with silicon carbide material
◆ Number of temperature control zones: dewaxing zone 2+preheating zone 1+sintering zone 4, a total of 7 zones.
◆ Temperature control and power regulation method: The dewaxing and preheating sections are controlled by gas pulse combustion, while the sintering section is controlled by thyristor phase-shifting pressure regulation and power regulation, with PID regulation mechanism.
◆ Mesh belt drive adjustment: Adopting a frequency converter for stepless speed regulation, with a speed range of 50~250mm/min.
◆ Operation control system: PLC automatic process control, Chinese operation interface and friendly human-machine interface of touch embedded all-in-one machine for operation, display and recording of process parameters