The thermal spraying technology of Osaka Fuji Industrial, active in a wide range of industrial fields.
In an operating gas such as argon or helium, a voltage is applied between a tungsten cathode and a copper nozzle anode, generating a direct current arc that dissociates and ionizes the operating gas, continuously producing a plasma arc. This is then constricted by a cooled nozzle, ejecting a high-temperature, high-speed jet of over 15,000°C. By feeding powder into the plasma jet and accelerating it while melting, it is possible to spray high melting point materials such as ceramics. Furthermore, the plasma jet stream can blow molten particles onto the material at high speed, allowing for the formation of high-quality spray coatings compared to other spraying methods, and there is a wide variety of spray materials available. ● For more details, please download the catalog or contact us.
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basic information
【Features】 ○ Coating can be applied to all materials, from ceramics to general metals. ○ Effective for forming denser and higher quality thermal spray coatings, resistant to heat and chemical corrosion. ○ Using inert gases such as argon results in minimal material participation and alteration. ○ Material temperature can be managed below 200°C. ○ Ideal for small components. ○ Plasma spraying can be performed on-site using a portable device. ○ Thermal spraying is also possible for large constructions (buildings) and other large-scale projects. ● For more details, please download the catalog or contact us.
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For more details, please contact us.
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Gas plasma spraying
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Company information
Osaka Fuji Industrial Co., Ltd. has refined its welding, thermal spraying, and machining technologies, and has grown as a partner to major steel manufacturers since its establishment in 1955.