Iron powder for powder metallurgy - List of Manufacturers, Suppliers, Companies and Products

Iron powder for powder metallurgy Product List

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Powder metallurgy iron powder suitable for sintered parts, capable of handling high loads.

Shortened the gear manufacturing process by 1/4! Reduced bending and impact stress by 15%! *Exhibited at the Automotive Technology Exhibition.

Our company offers a wide range of "powder metallurgy iron powder" suitable for high-load sintered parts, formulated with iron as the base and combined with nickel, chromium, molybdenum, and other elements! The technology of powder metallurgy has an extremely high material yield and requires less energy, making it widely adopted in various fields, including the automotive industry, as a "green technology." By optimizing materials, process conditions, and design, it is possible to reduce processes such as gear cutting compared to steel materials. This also enables lightweight and compact designs, as well as reduced noise for gears. 【Benefits of Powder Metallurgy】 - No gear cutting or hobbing required! Processes can be shortened to less than 1/4. - Over 20% weight reduction is possible without additional processing such as hollowing or thinning. - The number of manufacturing equipment and installation space can be reduced, allowing for a 40% reduction in capital investment. - Compared to conventional methods, bending and impact stress can be alleviated by 15%.

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Various support related to powder metallurgy manufacturing methods.

Providing extensive know-how regarding various support related to powder metallurgy manufacturing methods. Implementing a wide range of support including development, mass production, research, and powder metallurgy courses.

Our company not only manufactures "iron powder for powder metallurgy" but also provides introductions to suitable materials and shares expertise related to manufacturing processes such as forming and sintering. In recent years, we established a Sintering Hub in China and welcomed Alvier PM-Technology, which offers powder metallurgy mold services, into our group. Furthermore, by collaborating with external partners, we provide a one-stop service from materials to prototypes, as well as support during and after mass production. We also offer careful advice for new entrants into the powder metallurgy industry. 【Service Contents】 ■ Prototype Development Support: Material and design proposals, prototype material supply, testing and microstructure observation. ■ Mass Production Launch: Mold and sintering technology services, proposals for machinability improvement materials. Additional support for manufacturing processes (machining, heat treatment, etc.) through external networks. ■ Conducting basic and applied courses on powder metallurgy, such as PM School, and quality investigations. *For more details, please refer to the PDF document or feel free to contact us.

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[Book] Firing and Sintering Techniques for Ceramics and Metals (No. 2237)

[Available for preview] - Electronic components, structural components, heat dissipation components, motors, tools, batteries -

Book Title: Development of Firing and Sintering Technologies and Processes for Ceramics and Metals --------------------- ★Reduction of CO2 emissions during manufacturing through "development of low-temperature processes" and "shortening of firing time" ★Control of "microstructure and organization" and "densification of sintered bodies" leading to the performance and reliability of final products ■ Key Points of This Book 【Raw Material Powders】 - Manufacturing technology for iron powder for powder metallurgy - Manufacturing technology for barium titanate and titanium oxide - Development of high-purity alumina powder with excellent sintering characteristics 【Shaping and Debinding Technologies】 - Powder compaction molding process - Formation of green sheets - Considerations for selecting ceramic binders - Suppression of cracking and defects during debinding 【Firing and Sintering Technologies】 - Hot isostatic pressing, microwave heating, millimeter wave irradiation, discharge plasma sintering, flash sintering 【Ceramics】 - Crystal orientation control using strong magnetic fields - Room temperature pressure sintering technology for sulfide-based solid electrolytes - Debinding and firing technologies and atmosphere control - Process informatics 【Metals and Magnetic Materials】 - Strengthening and cost reduction of sintered metal gears - Fabrication of metal matrix composites using discharge sintering - Net shape HIP technology - Sintering of metal nanoparticles

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