High-performance surface modification technology "Laser Cladding" *Materials available upon request
Material prone to cracking and degradation of properties. Hardening and buildup construction that minimizes thermal impact on the base material is possible.
"Laser cladding" is a laser coating technology that allows for buildup construction while minimizing thermal effects on the base material. By utilizing the excitation heat reaction from the laser irradiation and precisely controlling its output, it suppresses cracking of the base material due to hardening in the heat-affected zone and phase transformation caused by welding thermal effects. Coatings using high-performance materials can also be finished beautifully. Currently, we are providing introductory materials for research projects in which our company is participating. You can view various application technologies of laser cladding. [Research Examples] <Mortem Pool Type Laser Coating> By supplying powder while forming a mortem pool on the base material and melting and solidifying it, a functional surface with wear resistance and corrosion resistance is formed on the component's surface. <Non-Mortem Pool Type Laser Coating> By directly heating and melting raw material powder with multiple laser beams, the melting of the substrate surface is minimized. There is almost no thermal deformation or alteration of the coating components. High output and combinations of different wavelength laser light are also possible. *For more details, please refer to the PDF materials or feel free to contact us.
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**Advantages of Molten Pool Type Laser Coating** <Low Dilution Coating of Base Material Components> ■ Output can be precisely controlled, minimizing the melting of the base material into the coating layer ■ Fully utilizes the characteristics of the filler material, stabilizing properties at the surface layer In general, PTA (Powder Plasma Welding) uses a plasma arc that exceeds 10,000°C as a heat source, resulting in significant thermal effects on the base material. In contrast, 'Laser Cladding,' which uses a laser as the heat source, takes advantage of the excitation heat reaction at the laser irradiation area and allows for precise control of the output, thereby minimizing thermal effects on the base material. *For more details, please refer to the PDF materials or feel free to contact us.*
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For more details, please refer to the PDF document or feel free to contact us.
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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.