We have developed a new surface modification that enables scientific bonding at the interface!
By solid solution diffusion of WC (carbide) into the substrate, we have developed a surface modification that enables scientific bonding at the interface. The thickness of the treated layer of the carbide part can be controlled from 10 to 400 μm depending on the purpose, which is thicker than conventional PVD and CVD treated layers, and is almost equivalent to carburizing and nitriding treated layers. Since it involves chemical bonding, the adhesion strength is also excellent. 【Features】 ■ High wear resistance ■ Excellent corrosion resistance *For more details, please refer to the catalog or feel free to contact us.
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【Specifications】 ■Base Material ・SKH Material ■Improved Lifespan ■Cost Reduction 【Product Examples】 ■Single-axis Crushing Blade・Rotary Blade *For more details, please refer to the catalog or feel free to contact us.
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Our company was founded in 2003 and is engaged in the manufacturing, development, and import of industrial blades and machine parts. We are also a company that researches new surface modification methods. Through the development of cemented carbide pressure bonding technology, we have achieved the diffusion bonding of cemented carbide to steel, resulting in wear resistance and toughness superior to conventional materials, as well as double the brazing strength. Additionally, we are developing technologies for the refinement of carbides and crystal grains on the surface of tool steel. This will help prevent issues such as cracking, chipping, and peeling that are prone to occur in tools, expanding new possibilities in the submicron world of steel. Through the development of our unique surface modification technology and the creation of applied products that reduce resource waste, we aim to contribute to people and society and strive to be a company that coexists with the environment.