[ Problem Point ] We were looking for a ring heater for shrink wrap to use as a mechanical protection measure for resin rods. [ ⇒Kaizen Point ] We used a carbon ring heater CFRH. The absorption wavelength was compatible, ...
Read More »No.6 Waterproof protection for glass tubes
[ Problem Point ] We were looking for a shrink ring heater to use as a waterproofing measure to protect glass tubes from cracks. [ ⇒Kaizen Point ] We used a carbon ring heater CFRH. The absorption wavelength was compatible, ...
Read More »No.5 Waterproof protection for PVC pipes
[ Problem Point ] We were looking for a shrink ring heater to use for waterproofing PVC pipes. [ ⇒Kaizen Point ] We used a carbon ring heater CFRH. The absorption wavelength was compatible, so the heat shrink tube shrunk ...
Read More »No.4 Corrosion protection for aluminum pipes
[ Problem Point ] We were looking for a ring heater for shrink wrap to use as a corrosion prevention measure for aluminum pipes. [ ⇒Kaizen Point ] We used a carbon ring heater CFRH. The absorption wavelength was compatible, ...
Read More »No.3 Decorating stainless steel pipes
[ Problem Point ] We were looking for a shrink ring heater to use for decorating stainless steel pipes. [ ⇒Kaizen Point ] We used the carbon ring heater CFRH. The absorption wavelength was compatible, so the heat shrink tube ...
Read More »No.2 Rust and corrosion prevention of reinforcing bars
[ Problem Point ] We were looking for a ring heater to protect rebar. [ ⇒Kaizen Point ] We used the carbon ring heater CFRH. The absorption wavelength was compatible, so the heat shrink tube shrunk immediately. This reduced the ...
Read More »No.1 Wire bundling
[ Problem Point ] We were looking for a ring heater for wire harnesses. [ ⇒Kaizen Point ] We used the carbon ring heater CFRH. The absorption wavelength was compatible, so the heat shrink tube shrunk immediately. This reduced the ...
Read More »No.11 Heat source of drying oven
[ Problem Point ] I was looking for a small, highly efficient mid-infrared heater. [ ⇒Kaizen Point ] The material was dried by irradiating it with mid-infrared rays using a carbon line heater CFLH. The absorption wavelength was compatible, so ...
Read More »No.10 Pre-heating glass processing
[ 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.
Read More »No.9 Heat source of heat shrink tunnel
[ 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, ...
Read More »No.8 Defrosting of freezer warehouses
[ 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 ...
Read More »No.7 Drying of marine products
[ 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 ...
Read More »No.6 Drying of seaweed
[ 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. ...
Read More »No.5 Drying of water-based ink
[ 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 ...
Read More »No.4 Drying of water-based paint
[ 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 ...
Read More »No.3 Drying of automotive paint
[ 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 ...
Read More »No.2 Drying of after cleaning printed circuit boards
[ 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 ...
Read More »No.1 Drying 300mm silicon wafers after precision cleaning
[ 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 ...
Read More »No.8 Temperature control of cell culture medium
[ Problem Point ] We were looking for a way to precisely control the temperature of cell culture media. [ ⇒Kaizen Point ] Since the temperature can be controlled, stable heating can now be achieved at the desired temperature.
Read More »No.7 Heating of reagents
[ Problem Point ] In order to reduce the effort of gas management and CO2 emissions, we were considering replacing gas burners for heating reagents. [ ⇒Kaizen Point ] Clean heating has been achieved by replacing it with a halogen ...
Read More »No.6 Shrinking the heat shrink tubing
[ Problem Point ] I was looking for a way to automate the process of expanding and contracting heat shrink tubing. [ ⇒Kaizen Point ] By using a halogen glass rod heater, localized heating was possible, minimizing the heat influence ...
Read More »No.5 Heat welding of coils during winding
[ Problem Point ] We were looking for a heater to be used during winding of coils with extremely small wire diameters. [ ⇒Kaizen Point ] It can be installed in narrow spaces and can provide localized heating, so heating ...
Read More »No.86 Annealing small parts on the production line
[ Problem Point ] We were looking for a way to heat products to high temperatures in a short time on the production line. [ ⇒Kaizen Point ] By heating with halogen line heaters facing each other, heating time was ...
Read More »No.85 Heat resistance testing of materials in the space industry
[ Problem Point ] They were looking for a heating method to test the heat resistance of the spacecraft’s exterior and interior materials. [ ⇒Kaizen Point ] By heating with a halogen heater, we were able to verify whether the ...
Read More »Carbon Ring Heater CFRH series
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 ...
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