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The CNT film heater is a highly flexible thin -shaped surface heater with a new material carbon nanotube (CNT) as a resistance. overview Unlike the heat wire type heater, it is possible to generate the entire surface evenly. It has excellent radiant heating effects of far -infrared rays, and can convey heat to the heated target more efficiently. composition ・ Bag material: PET film ・ CNT layer (resistor): CNT is coated on PET base material. ・ Insulated layer: PET cover film, overcoat layer (printing), etc. ・ Terminal: Attach a lag terminal, crimp terminal, etc. Feature -The thickness of 0.3 mm or less is thin and lightweight and has a high flexible structure. ・ It is possible to generate the entire surface. ・ It has excellent far -infrared effect and can radiate far -infrared rays about 4 to 5 times higher than metal heating. -There is a heat -generated heat -generated heat transmission and the radiant heat effect of far -infrared rays, so that about 20%of energy savings can be expected compared to metal heating bodies. (In -house investigation) ・ The heater rises quickly, and it is possible to rapidly rise to the target temperature. Application image image ・ Agricultural heater ・ Floor heating heater, wall heater ・ Roof and road snow melting heaters ・ Mat heater ・ Pet seat heater ・ Prevention of condensation of various housing, heat retention ・ To toilet seat heater, etc. Since the CNT film heater is manufactured with original specifications according to the purpose and conditions of the customer, we will consider the request after listening to the request.
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Far -infrared range
Far -infrared temperature
Far infrared radiation ratio
Heatproof temperature
Supportable size
Surface resistance value
Temperature control
Thickness
Base material
Resistance value between terminals
Sheet resistance
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CTN film heaterHandling Company
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Automotive & Transport Use / Architecture & Construction Use / Electronics & Electrical Use| Image | Price (excluding tax) | Far -infrared range | Far -infrared temperature | Far infrared radiation ratio | Heatproof temperature | Supportable size | Surface resistance value | Temperature control | Thickness |
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Available upon quote | Wavelength 5-20nm | 50 ° C evaluation radiation ratio | 55-90% * In the case of metal heating, about 5-20% | Normal use 80 ° C or less (MAX100 ° C) | ~ Max.280mm x 600mm * Please contact us for detailed size. | 150Ω/□ (JIS-K-7149 compliant) * The interdo-term resistance value varies depending on the shape. | Control is required at the external circuit. | Heater part: Approximately 0.15-0.3mm, terminal part (electrode part): about 1mm |
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