Mi-Heat carbon heating film 700W/m²
With an installation height of just 0.366 mm, our Mi-Heat carbon heating film is a very thin and lightweight heat source that is suitable for a wide range of applications. With a width of 50 cm, the heating film is particularly versatile for realising your own heating projects.
A heat output of 700W/m² (+/- 10%) ensures rapid and extremely even heat development. Compared to other electric heating systems, the energy used is converted into heat with almost no loss, which makes the heating film particularly efficient. The thermal efficiency of our Mi-Heat carbon heating film is an outstanding 98%.
The harmless infrared radiation generated heats the objects above it directly without creating any air turbulence. The heating film on offer is intended for individual projects for heating, warming or temperature control.
Properties:
- low installation height and weight
- very high energy Efficiency
- simple, quick and safe Installation
- low acquisition costs
- flexible, robust and reliable
- homogeneous heat Distribution
- long service life
Technical data
Operating voltage: 220-240 volts
Max. Power consumption: 700Watt/m² +/-10%
Heating surface per m²: approx. 74
Track width: 50cm
Active area: 47cm
IR wavelength: 7-14 micrometres
Temperature resistant: up to 80°C
Efficiency: 98%
Max. Track length: 3.5 metres in one piece
Can be shortened: Yes, approx. every 25cm
Material thickness: 0.366 mm
Insulation: 2-ply, 1-layer insulation
Scope of delivery
1x heating film in the selected length, with 2.5 metre connection cable, pre-assembled and ready for connection
1x operating instructions
Please note
This product is primarily intended for industrial and commercial processing.
The use of the articles by end users requires specialised electrical knowledge, especially in the field of electric heating.
Mi-Heat Heizsysteme GmbH accepts no responsibility for the result of thermal processes during further use or processing of the products.
This duty of care is borne by the customer. Operation may only be carried out with a thermostat.
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