Metal Material Preparation Equipment
9 available products
Start with the process requirement, then compare operating range, chamber or working size, control accuracy, accessories, utilities and shipping constraints.
- Confirm material, sample size and target result.
- Check voltage, installation space and utility requirements.
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Gas Atomization Equipment (VIGA/EIGA)
Vacuum induction gas atomization and electrode induction gas atomization equipment used for metal powder preparation can be modularly customized and upgraded according to material system, production capacity and special process requirements.
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Microwave Plasma Spheroidization Equipment (MPS)
Irregular metal powder or ceramic powder is fed into high-temperature microwave plasma using a powder feeder, and the surface of the powder is remelted at a high temperature above 2000°C in the center, and then solidified and cooled into powder with high sphericity, or the surface of the micro-melted powder is coated with nanoscale reinforced particles.
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Microwave Plasma Spheroidization Equipment (MPS)
For the development of special powder for additive manufacturing and the construction of production lines, we provide solutions for powder preparation, screening and classification, oxygen-free packaging and full-process automation.
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Plasma Rotating Electrode Atomization Equipment (PREP)
The anode metal rod melts under the action of plasma hot arc, and the molten metal droplets diverge into small droplets along the tangential direction under the action of centrifugal force, and finally solidify and spheroidize into powder.
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Plasma Wire Atomization Equipment (PA)
The raw metal wire is simultaneously melted, atomized and broken into fine metal droplets by high-temperature and high-speed thermal plasma jets generated by one or more plasma torches, and finally solidified and cooled into fine metal powder.
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RF Plasma Spheroidization Equipment (PS)
Irregular metal powder or ceramic powder is fed into high-temperature and high-frequency plasma using a powder feeder. The powder is re-melted at a high temperature above 8000°C in the center, and then solidified and cooled into powder with high sphericity.
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Ultra-High-Speed Rotating Centrifugal Atomization Equipment (HCA)
The centrifugal force generated by mechanical rotation is used to throw the metal melt out of the high-speed rotating container, disperse it into fine droplets, and then cool and solidify into fine powder.
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Ultrasonic Atomization Equipment (UA) with Induction Melting
The metal is melted by induction and poured onto a thin metal sheet. Under the action of ultrasonic waves, the metal liquid vibrates at ultrasonic frequency. The vibration causes the molten metal formed on the metal sheet to vibrate and separate into metal droplets, which are then cooled into small particles.
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Vacuum induction melting equipment
The equipment uses medium-frequency induction heating to smelt and synthesize the alloy elements in the crucible under vacuum or inert gas protection conditions. After meeting the technical requirements, the molten metal liquid is poured into the prefabricated mold through a tilting mechanism to prepare alloy ingots or castings. It is suitable for the preparation of nickel-based alloys, iron-based alloys, copper-based alloys and other materials.
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