This product is registered by Hakuron Seisakusho Co., Ltd..
About This Product
■Characteristics
Because halogen lamp heaters heat directly without a heat medium, they are capable of stable, completely clean heating and heating in a vacuum. In addition, the optical output rises almost instantaneously, making it possible to easily and precisely control the output using voltage control.
It is also possible to concentrate (focus) and dissipate (parabola) heat by attaching an air/water-cooled reflective mirror, which can be used for local heating, surface heating, paint drying, hot stretching of films, roughening of brushed fibers, etc. This heater is used for various purposes. In addition, it can be curved and used for heating pure water, and the coil can be made smaller to increase light collection efficiency. Halogen heaters have a very high degree of freedom in shape, so they can be made into a variety of shapes.
The filament (light source) reaches temperatures of 2,500°C to 3,000°C. If this light is concentrated well, clean heating can be achieved up to a maximum of 1,300℃ to 1,500℃. Furthermore, the temperature can be precisely controlled from 0 to MAX by adjusting the voltage.
When a halogen lamp is used as a heater, it is called a "lamp heater." There is basically no difference from halogen lamps for lighting. A halogen lamp uses electricity to heat a tungsten filament to a high temperature, and uses the light emitted from it (electromagnetic waves with wavelengths ranging from near-infrared to visible range). The efficiency of converting it into visible light is less than 10%, which is extremely low, but the efficiency of converting it into all electromagnetic waves, including light in the infrared range, is around 90%, making it a very efficient heating method. .
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