Spherical powder of high-performance metal (metal matrix composite) produced by plasma melting.
We provide SUS-TiB2 composite powder, copper composite powder with performance equivalent to pure copper, powder for 3D printers, and we also offer contract spheronization services.
At Niimi Industries, we handle "spherical powders of metals and composite materials" using plasma melting technology. *We can also accommodate requests for powder spheroidization. We offer a variety of spherical powders that can be used in diverse fields, including copper composite powders that enable 3D printing with performance equivalent to pure copper, and spherical powders for 3D printers and spheroidized SUS-TiB2 powders that can be produced using plasma melting technology. With the high-frequency induction thermal plasma technology known as the "N-Plasma method," it has become possible to spheroidize high-melting-point metals and intermetallic compounds. - If you want to spheroidize intermetallic compounds - If you want to work on the development of new composite materials - If you want to spheroidize high-melting-point metals We will respond to these requests. 【Features】 ■ Copper composite powders: Enable 3D printing with performance equivalent to pure copper ■ Powder for 3D printers: Spherical powders that expand the possibilities of 3D printing ■ Spherical powders for various applications ■ Spheroidization services *For more details, please refer to the PDF materials or feel free to contact us.
basic information
【Other Features】 <N-Plasma Manufacturing Method> ■ Sphericalization of high melting point metals and intermetallic compounds is possible (at approximately 10,000℃ high temperature) ■ Contamination-free (no electrode discharge, no use of crucibles) ■ High sphericity (good fluidity) ■ Choice of atmosphere gas ■ Accumulated track record and know-how of plasma conditions
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Applications/Examples of results
【Field】 ■IT, 3D Printing: Metal 3D Printers, AM, Materials, Substances ■Parts, Manufacturing Technology: Heat Treatment, Other Surface Treatments/Modification, Medical Device Parts, Materials/Substances
