Ceramic Spraying - メーカー・企業と製品の一覧 | イプロス

Ceramic Sprayingの製品一覧

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Metal thermal spraying and ceramic thermal spraying

Coating other materials on the surface! Enabling diversification and advancement of material functions!

"Metal thermal spraying and ceramic thermal spraying" is a type of surface modification method. By utilizing the inherent properties of the material and coating its surface with other materials, functions that the material lacks are imparted. This is technically achieved by accelerating molten droplets or softened powders at high speeds to collide with the material's surface, resulting in rapid cooling and solidification to form a coating, enabling diversification and enhancement of material functions. By applying metal and ceramic thermal spraying as a base for fluororesin coatings, adhesion and wear resistance are significantly improved. There are also coatings that do not allow any adhesion of duct tape or adhesives. [Materials] ■ Metal-based - Al, Zn, Al-Zn alloys: for corrosion protection - Ni-Cr alloys, MCrAlX alloys: for corrosion resistance and high-temperature oxidation resistance - Self-fluxing alloys (Fe-Ni-Cr alloys + Si + B): for wear resistance, corrosion resistance, and heat resistance *For more details, please refer to the external link page or feel free to contact us.

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[Surface Treatment] Ceramic Thermal Spraying (Heat Resistance, Wear Resistance, Corrosion Resistance)

Ceramic thermal spraying (heat resistance, wear resistance, corrosion resistance, adhesion to the base material)

■Excellent Characteristics 1. Heat Resistance The continuous use temperature exceeds 1000°C. However, titanium oxide and chromium oxide are limited to 500°C. 2. Wear Resistance (Erosion and Cavitation Wear Resistance) - High Strength - High Density It possesses outstanding characteristics along with carbide metal spraying. It demonstrates excellent properties even in high-temperature and corrosive environments. 3. Corrosion Resistance - Durability It exhibits high performance in chemical resistance, solvent resistance, and ozone degradation resistance. However, precise surface preparation is essential to achieve these properties. Kamata Industries will carry out the work responsibly. 4. Adhesion to Base Material The adhesion is also very excellent (this is also influenced by surface preparation). Additionally, it has excellent electrical insulation properties.

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  • Ceramic Spraying

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Ceramic thermal spraying (insulation and antistatic coating)

Forming insulation and decharging coatings through thermal spraying! - Surface treatment and coating technology -

▶ For surface treatment, thermal spraying, and coating, trust Tokaro! It is possible to impart insulation and charge dissipation properties to the surface of the substrate with a thermal spray coating. We will propose the optimal materials according to your desired performance, so please feel free to contact us. 【Features】 - Coating thickness can be selected according to the desired insulation breakdown voltage - Control of volume resistivity and surface resistivity, etc. 【Aim of this technology】 - Various insulating rolls - Bearings - Electrode materials - Semiconductor manufacturing equipment parts, etc. 【Contents of the materials】 ● Insulating coatings and charge dissipation coatings (3 types) ● Various data - Surface resistivity - Volume resistivity - Relationship between coating thickness and breakdown voltage ● What is thermal spraying? - Characteristics of thermal spraying - Thermal spraying process

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  • Ceramic Spraying

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