Since it is possible to give it directionality, it is very effective in creating the desired temperature distribution!
Do you know about the Platinum Reflector? As the name suggests, it is a "platinum reflector." The Platinum Reflector is made by applying a platinum film onto a heat-resistant alloy, and it can be used in an atmosphere of 800°C. While conventional heat-resistant alloy reflectors were limited to a maximum usage of 500°C, by coating the surface with a thin film of platinum, we have achieved high heat resistance of 800°C. **Features of the Platinum Reflector:** 1. **Heat resistance of 800°C for regular use** By using special materials to prevent the reaction of components in the intermediate layer of platinum and heat-resistant metals, heat resistance of 800°C for regular use is achievable. 2. **Cost-effective** By using platinum foil, it becomes cheaper than vapor deposition or plating processes, achieving low costs. 3. **Delicate temperature distribution** It is very effective in creating the desired temperature distribution because it can be made directional. 4. **Impact-resistant structure** Since the reflective film is on a heat-resistant metal substrate, it has a structure that is more resistant to impact compared to conventional reflectors on quartz glass.
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**Features** 5. **Good Processability** It has good processability and can easily and flexibly accommodate various shapes. 6. **Energy Saving** By using it for furnace walls, insulation efficiency increases, allowing for a reduction in insulation materials, which enables the slimming down of the furnace and achieves energy savings. By using a platinum reflector: - It effectively directs the heat rays from the heater, creating the desired temperature distribution. - By enhancing the thermal radiation efficiency inside the furnace, rapid heating and cooling become possible, leading to energy savings. You may wonder if platinum can actually be applied. To address this, we use a special technique to coat the platinum thin film so that it does not chemically react with the underlying alloy. In the future, installations are expected in automotive applications, solar cells, and heaters for flat panel glass.
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■ Ceramic Fiber Heater A multi-heater that can be used for research and general industrial applications. It can handle temperatures up to 1200°C inside the furnace. ■ Metal Frame Heater Designed for clean environments. It can handle temperatures up to 900°C inside the furnace. ■ Hot Air Generation Device Achieved 1000°C and 1 Nm³/min simultaneously with an electric system. ■ Brick and Insulator Products Refractory bricks and insulator products that can be used for a wide range of applications.
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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.
