Carbon heater

[ Problem Point ] I was looking for a small far-infrared heater. [ ⇒Kaizen Point ] Heating was performed by irradiating mid-infrared rays using a carbon line heater CFLH. The absorption wavelength was suitable, so the glass heated up immediately.

[ Problem Point ] I was looking for a low-temperature heater that was easy to control the temperature. [ ⇒Kaizen Point ] Heating was performed by irradiating mid-infrared rays using a carbon line heater CFLH. The absorption wavelength was appropriate, ...

[ Problem Point ] I was looking for an efficient defrost heater. [ ⇒Kaizen Point ] Defrosting was performed by irradiating mid-infrared rays using a carbon line heater CFLH. The absorption wavelength is suitable for ice, so the frost sublimated ...

[ Problem Point ] I was looking for a low-temperature heater that would allow easy temperature control for aging. [ ⇒Kaizen Point ] The material was dried by irradiating it with mid-infrared rays using a carbon line heater CFLH. The ...

[ Problem Point ] I was looking for a low-temperature heater that would allow easy temperature control to preserve flavor. [ ⇒Kaizen Point ] The material was dried by irradiating it with mid-infrared rays using a carbon line heater CFLH. ...

[ Problem Point ] I was looking for a heater that doesn’t emit UV rays to prevent sunburn. [ ⇒Kaizen Point ] The material was dried by irradiating it with mid-infrared rays using a carbon line heater CFLH. It worked ...

[ Problem Point ] I was looking for a heater that doesn’t emit UV rays to prevent sunburn. [ ⇒Kaizen Point ] The material was dried by irradiating it with mid-infrared rays using a carbon line heater CFLH. It worked ...

[ Problem Point ] We were looking for a low-temperature heater that would be easy to control the temperature to prevent heat damage. [ ⇒Kaizen Point ] The material was dried by irradiating it with mid-infrared rays using a carbon ...

[ Problem Point ] We were looking for a low-temperature heater that would be easy to control the temperature to prevent heat damage. [ ⇒Kaizen Point ] The material was dried by irradiating it with mid-infrared rays using a carbon ...

[ Problem Point ] There was no good heater to rapidly evaporate the water droplets on the silicon wafer. [ ⇒Kaizen Point ] The material was dried by irradiating it with mid-infrared rays using a carbon line heater CFLH. The ...

1.Features of CFRH 1. Illuminates in a circular pattern from all directions. Illuminates in a circular pattern from all directions, so there are no blind spots. 2. Ideal for resin heating Since it is a carbon fiber heating element derived ...

1.Features of CFLH-40 1.Emits mid-infrared rays close to the absorption wavelength of water When the heating element temperature is set to 700°C, the peak wavelength of the radiant energy is approximately 3μm, making it ideal for heating water droplets, aqueous ...

Features of carbon heater 1.Emits mid-infrared rays close to the absorption wavelength of water The peak wavelength of radiant energy is approximately 2~3μm, making it ideal for heating water droplets, aqueous solutions, and other hydrated compounds. 2.Ideal for resin heating ...

Carbon Line Heater CFLH series D/# Mirror Length Volts-Watts Price US$ CFLH-40/PL/L120/220V-400W 120mm 220V-400W US$4,625 CFLH-40/PL/L240/220V-800W 240mm 220V-800W US$5,140 CFLH-40/PL/L320/220V-800W 320mm 220V-800W US$5,650 CFLH-40/PL/L120 (Spare Mirror) 120mm US$4,500 CFLH-40/PL/L240 (Spare Mirror) 240mm US$5,000 CFLH-40/PL/L320 (Spare Mirror) 320mm US$5,500 CFLH-40/L120/220V-400W (Spare ...

<< Products information>> Overview of the carbon heater << Carbon Line Heater>> Overview of the Carbon Line Heater CFLH-40 series   Condensing type Carbon Line Heater CFLH-45 series   Parallel beam type Carbon Line Heater CFLH-50 series   Best Applications ...