Supports mass production of ultra-fine alloy powders with special sizes on the order of micrometers and amorphous alloy powders with amorphous structures.
- Capable of mass production of fine powders below 10μm with high yield - Ultra-fine powders of 2-3μm are possible - Spherical - Cooling rate of over 106K/sec - Amorphization is possible even for particles over 100μm - Ultra-fine refinement of metal structure
Inquire About This Product
basic information
【Features】 ○High quality ○Fine powder ○Various particle sizes ●For more details, please contact us or download the catalog.
Price information
-
Delivery Time
Applications/Examples of results
Please contact us for usage examples.
Company information
Since our establishment in 1999, we have been dedicated to the development, manufacturing, and sales of materials and components that form the foundation of products through innovative manufacturing. We have strived to contribute to the advancement of the industrial sector. In particular, our core business, metal powder products, boasts industry-leading status in the sale of specially developed ultra-fine alloy powders with unique sizes in the micrometer range and amorphous alloy powders with non-crystalline structures, produced using our proprietary water atomization method. We aim to anticipate changes in social needs and contribute to societal development by delivering products that provide "surprise" and "emotion" to customers around the world. Moving forward, we will continue to pursue Q (Quality), C (Cost), D (Delivery), and S (Speed) to meet the increasingly diverse needs of our customers, working towards becoming an indispensable company that is truly needed by society, earning trust from our customers and creating new value. Additionally, each employee will be conscious of reducing environmental impact and will strive to conduct sound business activities in compliance with laws and regulations through compliance and CSR activities, building a company that can sustainably contribute to the development of the community and society.