A coating can be formed on almost any type of substrate, and there is a wide variety of thermal spray materials!
Thermal spraying is a surface modification method that uses heat sources such as plasma, gas, or electrical energy to heat spraying materials, melting them or bringing them close to a molten state, and then injecting the particles onto a substrate to form a coating. It is an essential technology for wear resistance, corrosion resistance, electrical insulation, and repair of worn parts. Nakata Engine Co., Ltd. performs various types of thermal spraying processing according to applications and purposes, responding accurately and swiftly to the diversifying market needs. Thermal spraying can form coatings on almost any substrate material, and there is a wide variety of spraying materials available. Additionally, there are no restrictions on substrate dimensions, and partial construction in limited areas is also possible. The coating formation speed is extremely high, and the distortion of the substrate due to thermal spraying is minimized. For more details, please contact us or refer to our catalog.
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【Features】 ○ A coating can be formed on almost any substrate material. ○ A wide variety of thermal spray materials are available. ○ There are no restrictions on substrate dimensions, and partial construction in limited areas is possible. ○ The coating formation speed is extremely high. ○ Distortion of the substrate due to thermal spraying is minimal. 【Product Lineup】 ○ HVOF SPRAY (High Velocity Oxygen Fuel Spray) → Sprays thermal spray material at supersonic speeds to form a high-density coating. → Ideal for hard thermal spraying, etc. ○ PLASMA SPRAY (Plasma Spray) → Forms a smooth, high-quality coating with high hardness and strong adhesion between particles. → Best suited for high melting point materials such as ceramics and cermets. ○ ARC SPRAY (Wire Spray) → Ideal for aluminum-based, stainless steel-based, iron-based, and zinc-based thermal spray materials. ○ THERMO SPRAY (Gun Frame Spray) → Mainly used for self-fluxing alloy spraying. → Excellent impact resistance and corrosion resistance. ● For more details, please contact us or refer to the catalog.
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The history of Nakata Engine today has been nurtured and walked alongside our customers. It is only through the various needs of our customers that we are confident our skills will continue to improve. In this era where environmental protection is rising on a global scale, we believe that the direction companies should aim for is how to coexist with society while leveraging the know-how we have cultivated so far. In a time when merely having superior technology is not enough to survive, we at Nakata Engine will continue to evolve and strive as a comprehensive engineering company, dedicating ourselves to our customers and the future of the Earth, and we wish to keep growing through our efforts.
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