Carbon mat
Quick Installation & Easy Maintenance Premium Heating FilmNanoheat carbon mat (premium heating film)
Main advantages of nanoheat carbon mat
30% improvement in thermal efficiency Premium heating film made of multiple layers of heat-resistant pads based on polymer nano-blending technology [development of carbon solution]
- Safety – A large amount of far-infrared radiation (90.6%) and electromagnetic radiation below the standard
- Health - A large amount of far-infrared radiation (90.6%) and electromagnetic wave radiation below the standard value
- Efficiency - The thermal efficiency is excellent as carbon is arranged at the heating part three times more than the general film.
- Durability - Semi-permanent lifespan – Outstanding durability due to the 4-layer exterior material (1.5 times thicker than the existing film)
Manufacture of nanoheat carbon mat (patented)
- Premium heating film manufactured with carbon solution made with Dongkwang Nanotech's technology
- Premium heating film manufactured by vacuum insulation coating based on PET and PE
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Nanoparticles Polymers
Carbon compounds -
Reinforcing product stability by expanding PTC function
Efficiency improvement through carbon heating by polymer nanoparticles and carbon compounds
PTC is a product in which the heating element automatically adjusts the temperature according to the heating environment. When the carbon paste resin nanoparticles (self-developed polymeric carbon compound) rise above the set temperature, the resistance value increases to control power and current and reduce the amount of heat generated. Economical and safe heating system that prevents overheating and controls power consumption (resistance value, current value, power value decreases when overheating)
General PTC products show about 20~30% temperature change Cotton carbon mats reduce more power with a change of about 40-50%.
Structure diagram of nanoheat carbon mat
- The heat conduction efficiency is very excellent as the heating part is arranged more than 3 times as much as the general film.
- The thickness of the carbon mat is 0.5mm, which is more than 1.5 times thicker than the existing film.
Color pad
Base pad
Copper Booth Bar
Silver Booth Bar
PTC carbon
(self-temperature control function)
Base pad
Color pad
Sectional view of nano-hit carbon mat
Finishing agent(optional)
Mat protection plate(2mm)
Nano carbon sheet(0.5mm)
Insulation(5mm)
Floor slab
Nanoheat Carbon Mat Certificate
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Manufacturing patent
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KC safety certificate
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Electromagnetic Compatibility Test Report
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Electromagnetic Wave Strength Test Report
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Electrical safety test report
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Electrical safety test report
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Far infrared ray test report
Nanoheat carbon mat construction sequence
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1. Check the flatness of the foundation building floor Check the smoothness of the foundation floor where the carbon mat will be installed.
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2. Insulation installation Cut and install the insulation material recommended by the company for electric heating only.
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3. Installation of nanoheat carbon heating element Cut and arrange the carbon mat according to the electric capacity and install it.
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4. Install the carbon mat protection plate Install the company-recommended protective plate.
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5. Install the regulator Install a regulator suitable for the carbon mat installation capacity.
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6. Test progress Thermal imaging cameras or other equipment are used to check for fever.
Nanoheat carbon mat applications
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Remodeling construction site
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Elderly Welfare Facility
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kindergarden
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School Dormitory
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Country house
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Factories and malls