Achieving low cost and high heat resistance of 800℃! Platinum reflector

basic information

**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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Applications/Examples of results

■ 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.