Black paint with high emissivity across the entire infrared spectrum, featuring high thermal resistance (1500°C) for near, mid, and far infrared radiation.
By applying the ceramic coating agent CRC-1500 at a thickness of 10 to 20 μm on metal surfaces or refractory surfaces and heating it at around 250°C for about 20 minutes to cure, a high emissivity coating can be obtained across the entire infrared spectrum. For more details, please contact us or download the catalog.
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【Features】 ○ A membrane that appears to be covered with black fine particles, having a very large specific surface area. ○ A membrane that excels in water resistance, resistance to organic chemicals, alkalinity, and acidity. ○ Cures at 250-300℃ for 20-40 minutes to form a black membrane. ○ Good thermal cycling properties. ○ A coating with high emissivity across the entire infrared spectrum. ○ A non-combustible, smoke-free thermal high-emissivity membrane (across the entire infrared spectrum) with a heat resistance temperature of 1500℃. ○ Using "Ceramica G-401" as a topcoat (impregnating agent) improves surface hardness and adhesion. ● For more details, please contact us or download the catalog.
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<Heat Radiating Plate> We have taken on the challenge of enhancing the effectiveness of far-infrared heaters, which warm the human body through far-infrared rays emitted from heating elements (such as halogen, carbon, and ceramic) within the heater. Ceramics, when heated, emit a significant amount of far-infrared rays at wavelengths that are easily absorbed by human skin, thereby increasing the heating effect of far-infrared radiation. Focusing on this characteristic, we developed a coating called 'CRC-1500' that enhances the "far-infrared effect." When applied to the heating element, it achieves a high emissivity (absorption) rate across the entire infrared spectrum. Additionally, it possesses "heat resistance" capable of withstanding ultra-high temperatures of 1500°C, making it useful not only for improving the far-infrared effect of heaters but also for measuring the emissivity of high-temperature objects using radiation thermometers.
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What We Value to Ensure Your Peace of Mind ◆World-Class Technology The coating made from "Ceramica" consists of over 95% inorganic compounds. This technology is utilized not only within Japan but also across various fields worldwide. ◆Low Pollution Ceramic-based paints rarely pollute the air or water during application. Additionally, the ceramic film is non-combustible, so there is no generation of harmful gases. ◆Custom Product Development We conduct thorough discussions to realize our customers' wishes as much as possible, engaging in custom product development and adjustments to the final color. <Features> ○ Protects buildings and contributes to improved durability ○ After coating, it becomes difficult for dirt to adhere ○ Rust prevention for metal parts ○ Strong resistance to UV rays, preventing fading and discoloration, enhancing weather resistance ○ Prevents the growth of mold and algae, maintaining antibacterial properties ○ Deodorizes tobacco odors, pet odors, and formaldehyde odors generated by building materials and furniture ○ Regulates humidity to prevent condensation caused by temperature and humidity differences inside and outside the building ○ Enhances heat radiation performance inside the building, improving heating and cooling efficiency and saving energy ○ Improves fire resistance by protecting the surface of materials