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.
- Final configuration confirmed before quotation
- Customization and accessories reviewed by application
- Export packing and documentation available on request
- Tungsten alloys, tantalum alloys, niobium alloys, other refractory alloys, ceramic powders, compound powders
Key product features
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High plasma temperature
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High powder sphericity
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No limitation on feedstock shape
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Suitable for high-purity materials
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Low gas consumption
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High technical barrier
Technical principles
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.
Technical advantages
- High plasma temperature
- High sphericity of powder
- Not limited by raw material shape
- High purity materials
- Low inert gas consumption
- High technical threshold
Main application scope
- Tungsten alloy
- Tantalum alloy
- Niobium alloy
- Other refractory alloys
- ceramic powder
- compound powder
Main technical parameters
| plasma temperature | Core temperature above 8000°C |
|---|---|
| Applicable raw materials | Irregular metal powder, ceramic powder |
| Processing effect | Re-melt, solidify and cool into powder with high sphericity. |
For international buyers, quotation confirmation can include configuration, accessories, packing method, export documents, inspection photos or videos and shipping terms.






