FAST/DCS SINTERING TECHNOLOGY
FAST/DCS Sintering Technology is one of the world’s most advanced fast sintering technologies today.
FAST/DCS Sintering Furnace use the direct current power supply. Therefore, it is low-cost and has the advantages of fast sintering speed and high sample density.
FAST/DCS Sintering Technology is the most powerful tool for sintering advanced materials such as special ceramic materials, nano-ceramic materials, gradient functional materials, thermoelectric materials, rare earth permanent magnetic materials, and metallic glass non-equilibrium materials. It is an ideal choice for developing new materials.
FAST SINTERING EQUIPMENT HAS A FAR LEADING MARKET SHARE IN CHINA
Provide fully functional and competitively priced equipment for the implementation of advanced sintering technology
ABOUT HAATN
Suzhou Hateng Technology Co., Ltd. is a young and rapidly growing enterprise that will provide new material rapid sintering technology, products, and services to universities, research institutes, and enterprises around the world.
FAST/DCS SINTERING
We offer a variety of models, from desktop sizes for research, small-scale experimental equipment, pilot validation equipment, to large-scale equipment for mass production.
OPEN LAB
HAATN shared laboratory provides open experiments to the world. You only need to provide your specific process requirements, and we will provide you with exclusive technical solutions and conduct experiments according to your requirements.
PRODUCT TYPE
CNE-FHP-808 integrated integrated design, with a small footprint, can enter the elevator, easily move the entire machine with wheels installed, simple installation and maintenance, and intelligent human-machine interface operation. Specially designed for rapid scientific research verification in schools, research institutes, and company laboratories.
CNE-FHP-858 meets the requirements of advanced sintering technology, with a maximum temperature of 2200 ℃, a maximum heating rate of 1000 ° C/min, and a maximum axial pressure of 1000kN
CNE-FHP-828 small space saving/integrated SPS equipment, integrated with sintering machine body, power supply, vacuum pumping device, pressurization mechanism, operation control panel, etc. The cavity adopts a vacuum/positive pressure hybrid structure, further expanding its application range.
The processing time of CNE-FHP-888 is incomparable to traditional methods such as hot pressing, HIP, and atmospheric sintering. It can quickly prepare samples for microstructure control sintering and new material development.
FAQ
What is electric field assistance?
Field assisted sintering technology is an advanced sintering technique that uses high current to rapidly heat conductive tool components and materials under uniaxial pressure inside a vacuum chamber. It is also known as:
Plasma assisted sintering (PAS)
Pulsed Electric Current Sintering (PECS)
Spark Plasma Sintering (SPS)
Fast Hot Pressing Sintering (FHP)
- Finished product sales, fast delivery.
- Meeting packages customized to meet your needs
- Easy to install and convenient to use.
- The equipment is modularly designed for easy maintenance and repair.
- On-site technical guidance, installation, and commissioning.
- Remote technical guidance, installation, and commissioning.
- One year warranty and lifelong maintenance.
- Free experiment, try first and then buy.
- Independently developed and produced, welcome to come and inspect.
EQUIPMENT ADVANTAGES
EASY TO OPERATE
Easy operation through the panel, clear and intuitive menu navigation, continuous and accurate monitoring of the thermal process, data management through an intuitive graphical interface, and real-time control of the FAST sintering furnace. Even inexperienced individuals can quickly and safely use the FAST/SPS system.
SUPERIOR QUALITY
Short cycle time, good vacuum conditions, uniform temperature distribution, and precise pressure control are crucial for ensuring the quality of the final product.
FAST HEATING SPEED
Meet the requirements of advanced sintering technology, with a maximum temperature of 2200 ℃, a maximum heating rate of 1000 ° C/min, and a maximum axial pressure of 1000kN.
LOW EQUIPMENT INVESTMENT
Using DC power supply, with high cost-effectiveness.
THE SINTERING PROCESS IS PRECISE AND CONTROLLABLE
All sintering parameters can be precisely controlled (sintering temperature, pressing pressure, environmental atmosphere, etc.).
FAST SINTERING SPEED
The sintering temperature is low, the insulation time is short, and the sample grains cannot grow in time, which is conducive to the preparation of nanocrystalline materials.
