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Spherical Niobium Hafnium Alloy Powder 45-106μm

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Product Features

Spherical C103 Alloy powder is prepared by radio frequency plasma spheroidization technology, with high purity, low oxygen content, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, high bulk density and tap density.
Order quantity (minimum order quantity): determined by both parties
Payment method: determined by both parties
Product origin: Foshan, Guangdong
Shipment: determined by both parties
Order delivery time: 3-7 days for spot goods; customized delivery time negotiated by both parties.

Classification:Metal Powders

Keywords: tantalum powder, tungsten powder

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Product details

Spherical C103 alloy powder
I. Characteristics
1 High melting point: C103 alloy is a niobium-based alloy. The melting point of niobium (Nb) is about 2477°C, which is suitable for high temperature environment.
2 Good mechanical properties: C103 alloy has high strength (tensile strength of about 400-600 MPa) and good ductility.
3 Excellent corrosion resistance: C103 alloy has good corrosion resistance to a variety of corrosive media (such as acids and alkalis).
4 High temperature stability: It can still maintain good mechanical properties and oxidation resistance in high temperature environment (below about 1200°C).
5 Spherical particle morphology: Spherical C103 alloy powder has good fluidity and is suitable for additive manufacturing and powder metallurgy processes.
II. Application fields
1 Aerospace: used to manufacture rocket engine nozzles, high temperature structural parts and thermal protection materials.
2 Electronic industry: used to manufacture heat-resistant parts in high-temperature electronic components and semiconductor equipment.
3 Nuclear industry: used to manufacture high-temperature parts and corrosion-resistant materials in nuclear reactors.
4 Chemical industry: used to manufacture corrosion-resistant reactors, heat exchangers and pipelines.
5 Additive manufacturing (3D printing): used to manufacture high-temperature and corrosion-resistant parts with complex structures.
III. Preparation method
RF plasma spheroidization method