Since it does not use unnecessary energy, it has energy-saving effects! The heating rate increases, making it more efficient.
This time, we would like to introduce heaters that utilize "far infrared rays," which are a type of "infrared" with longer wavelengths. Objects emit energy in the form of electromagnetic waves (light) according to their temperature. The higher the object's temperature, the greater the total amount of electromagnetic waves emitted, but the peak wavelength of the emitted waves becomes shorter. Electromagnetic waves in the far infrared range (3μm to 25μm) are generally said to be easily absorbed by materials, allowing for efficient heating of objects. Therefore, we have developed a paint (far infrared paint) that emits a large amount of electromagnetic waves in the far infrared range by applying our ceramic raw material formulation technology. Transparent materials like glass tend to allow electromagnetic waves to pass through easily, which means that heat from the heating element does not sufficiently transfer to the object being heated. As a result, if a lot of heater power is applied, electricity costs can increase. To address this, we can apply wavelength conversion paint to convert the waves to wavelengths that glass absorbs easily, allowing for efficient heat transfer to the object being heated without passing through. Effects of applying far infrared paint: - The load on the heater decreases, allowing for longer usage. - It has energy-saving effects since unnecessary energy is not used. - The heating speed increases, improving efficiency.
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What are visible light, ultraviolet light, and infrared light? We perceive light and color with our eyes, and this light is called "visible light." Visible light is commonly referred to as the seven colors, ranging from shorter wavelengths: "purple," "violet," "blue," "cyan," "green," "yellow-green," "yellow," "orange," and "red." Light with a shorter wavelength than visible light is called "ultraviolet light," while light with a longer wavelength than visible light is called "infrared light."
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Since its founding in 1891, we have progressed as a manufacturer specializing in refractory materials and continue to produce refractory bricks and insulators for electric furnaces. Our main products today are industrial electric heaters, and we excel in the design and manufacturing of heaters for electric furnaces that operate in harsh environments with extreme temperature fluctuations, creating them to order. Using metal heating elements, we provide electric furnace heaters that can withstand temperatures up to 1200°C, which are used in furnaces for processes such as carburizing and quenching of iron, as well as bending glass. Additionally, as a new product, we have successfully developed and commercialized a hot air generation device by combining metal heating element processing technology with ceramic insulator manufacturing technology. Our motto is to thoroughly address our customers' concerns and challenges and to stay with them until solutions are found. Based on the technology and know-how cultivated over more than 125 years of history and achievements, we are ready to assist with any inquiries related to heat.