The primary function of the Vacuum Gas Atomization Equipment System is to create high-quality metal powders by melting and atomizing various alloys using an induction furnace.
This equipment can atomize various alloys, including copper, aluminum, stainless steel, and nickel.
The system can achieve a maximum temperature of 1700℃.
The induction furnace uses magnetic fields to heat and melt the metal alloys before they are atomized into fine powders.
The system weighs 18 tons.
The Vacuum Gas Atomization Equipment System requires 100 kW of power to operate.
The PLC (Programmable Logic Controller) is used for precise operation and control of the atomization process, ensuring efficiency and reliability.
Typical applications include 3D printing, manufacturing advanced materials for aerospace, developing high-performance alloys, and creating fine powders for medical applications.
The working vacuum range of the Vacuum Gas Atomization Equipment System is between 1 to 10 Pa.
The limiting vacuum level of this system is 1.0×10-1 Pa.
The system uses MF (Medium Frequency) Induction Heating as its heating method.
The atomizing gas pressure required for effective operation of the system is 3 MPa.
Yes, the Vacuum Gas Atomization Equipment System is suitable for research and development in metallurgical processes.
The cooling water pressure, which is set at 0.3 MPa, is essential for maintaining optimal operating temperatures and protecting the equipment from overheating.
The system offers superior technology combined with high efficiency and robust control features, which makes it competitively priced in the market.
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