C103パウダー

C103 is a niobium alloy primarily composed of niobium, hafnium, and titanium, known for its high-temperature strength and excellent performance in demanding environments like aerospace. It is a heat-resistant material ideal for applications such as rocket engines, propulsion systems, and other high-temperature structural components. C103 is also noted for being relatively easy to weld and form compared to other niobium alloys, and its properties make it suitable for both high-temperature and cryogenic applications.

C103 powder can be available in various particle size with spherical shape. It can be produced by both of  plasma spheroidization and PREP process.

The particle size of spherical C103 powder can be customized by the specification of customers. Normally our common particle sizes include PSD 15-53um, 45-105um, 53-150um.

Chemical composition of spherical C103 powder:

Morphology of spherical C103 powder:

製造工程：

C103 powder can be produced by plasma spheroidization and PREP process.

プラズマ球状化とは、プラズマトーチで不規則な形状の粉末を溶融し、球状の液滴にすることで、高純度で緻密な微細構造を持つ球状の金属粉末やセラミック粉末を製造する高度な粉末加工技術である。

PREP法（プラズマ回転電極法）は、純度に優れ、ホロー＆サテライトパウダーがゼロの粉末製造技術です。回転電極として目的の金属または合金粉末のロッドを使用し、通常は円筒状で高速回転する。高温のプラズマアークを発生させ、電極の先端に向け、プラズマアークが電極の表面を溶かし、微細な液滴に分解する。