The spark plasma sintering system is one of the most advanced sintering systems in the world today. It is a new type of rapid sintering technology that applies pulse current and axial pressure between two electrodes for powder sintering densification. It has the distinctive characteristics of fast heating rate, short sintering time, controllable structure, energy saving and environmental protection. It can be used to prepare metal materials, ceramic materials, composite materials, nano block materials, amorphous block materials, gradient materials.
Rapid heating and cooling, greatly shortening production time and reducing production costs (heating rate can reach 100 ~ 200℃ / min).
（1)Self-developed high efficiency and energy saving power supply Adopting self-developed pulse frequency conversion DC power supply, The current output is stable and the power consumption is greatly reduced, energy saving and environmental protection.
（2)Precised pressure control system Servo valve is used to control the pressure output of the hydraulic cylinder, and the control accuracy can reach 1/1000.
（3)Advanced temperature measurement system Thermocouple and two-color infrared instrument are used to measure the temperature.
（4)Advanced automatic control and reliable safety interlock Adopting computer to realize automatic control of temperature and action process, PLC safety interlock. It has sound and light alarm and interlock function such as over-pressure, over-temperature and high water temperature.
S1 Spark Plasma Sintering System
Equipment Loading Method
Horizontal side loading
0 ~ 10V
0 ~ 6000A
Max. Sintering Temp
2400℃（The temperature will change according to the resistance of the sintered material）
Single-way pressure, bottom pressure
Pressure Rise Rate
Temperature Control and Measurement
PLC program temperature control≤1000℃ with K-type thermal couple＞1000℃ with infrared thermometer
High-purity argon or high-purity nitrogen, inflation pressure ≤0.02MPa (adjustable)
Cooling Water Requirements
Water pressure 0.2 ~ 0.4MPa, 5m3/h
Sintered nanomaterial without significant grain growth
FGM (Functionally Graded Materials)
Innovative carbide metals
Aluminum and copper alloys as well as intermetallic compounds