Dry carbon board
Excellent durability & high heating efficiencyNanoheat dry carbon board (ultra-power-saving dry carbon heating panel)
Far-infrared radiant heat heating that does not require an auxiliary heater
Next-generation well-being heating system By using far-infrared radiant heat, space heating and floor heating are excellent in thermal efficiency at the same time, so body temperature is maintained even during sleep.
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Heating by general conduction heat
A method of transferring heat using a metallic heating wire or hot water heat (conduction, convection heat) / floor-oriented heating Low thermal efficiency and weak space heating
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Nano Heat Ultra Power Saving Dry Carbon Heating Panel
A large amount of far-infrared radiant heat is emitted so that warmth is transmitted to the deep inside of our body. Excellent for space heating as radiant heat warms up the air
Construction cross-section of ultra-saving dry carbon heating panel
Floor height within 20㎜ (Excluding finishing agent)
Finish
Galvanized steel
sheet (heat sink) 0.8㎜
Aluminum plate 0.1㎜
Ultra power-saving
carbon heating
element (insert board)
EP carbon board 18㎜
Foundation floor (concrete)
Key Features of Ultra-Energy Dry Carbon Heating Panel
Rapid heating within 20 minutes Far-infrared radiant heating panel with ultra-saving carbon heating element applied (dry-cement mortar-free)
- Excellent Thermal Efficiency – Application of carbon and aluminum materials with excellent thermal conductivity
- The thickness of the construction is thin (less than 2cm), so the usable space inside the building is expanded (3~4cm for dry heating)
- Application of galvanized steel sheet with no concern for corrosion
- Safe heating – Application of durable heating element and semi-incombustible insulation board
- More than 10% energy saving compared to other companies' wet heating (cement mortar)
- Ultra-saving heating (3.3㎡/hr 350W initial power)
- Shortened construction period with simple construction – same-day construction, same-day heating system
- Semi-permanent lifespan, simple disassembly and reinstallation when necessary
- Eco-friendly products that do not cause environmental pollution
Ultra-saving dry carbon heating panel set
EP insulation board
- Model
- EP carbon board
- Size
- 850(L)*500mm(R)*18mm(H)
- Material
- High-strength EP carbon board + aluminum plate (0.1mm)
- Purpose
- Lower base material
- Characteristic
- Board and heating element groove formation (carbon material, excellent heat conduction)
NANOHEAT carbon heater
- Model
- Carbon heating element(DK-350)
- Size
- 815*5mm
- Material
- PP carbon compound
- Purpose
- Heating element for heating
- Characteristic
- 26~30 pieces per pyeong
Heatsink
- Model
- Galvanized heatsink
- Size
- 1220(L)*850mm(R)*0.8t
- Material
- Galvanized steel
- Purpose
- Spread the heat of the heating element
- Characteristic
- Excellent durability by increasing corrosion resistance and strength, heat sink of different materials can be selected according to site conditions
Silver foil tape
- Model
- Silver foil tape
- Material
- Aluminum
- Purpose
- Aluminum heatsink finish
Wet heating with plastering VS dry carbon heating
| Item | Wet heating | Dry carbon heating |
|---|---|---|
| Diagram |
|
|
| Section | Thick(t=80㎜) | Thin (within t=20mm) |
| Simple Construction | Hard (for expert technicians only) | Easy (anyone can do it) |
| Construction Period (Based on 100㎡) |
Long term / 4~8 days
|
Short term / 1 day (installation on the same day, use on the same day)
|
| Defect repair | Difficult and long | Easy and reusable |
| Dead load | Big | Small |
Dry-type hot water heating panel VS Dry-type carbon heating panel
| Item | Dry hot water heating panel | Dry Carbon Heating Panel |
|---|---|---|
| panel |  |
 |
| Heat sink material | XL Pipe+Water+Insulation Board+Zinc or Tin Steel Plate+Boiler | Ultra power-saving carbon heating element + EP carbon board + galvanized steel sheet |
| Heating method | Indirect circulation heating (conduction heat + convection heat) ※ No far-infrared radiant heat |
Direct heating (conductive heat + convective heat + far-infrared radiant heat) |
| Construction method | Arrangement | Unfolding |
| Boiler | Need | Unnecessary |
| Durability | Possibility of minor failures in 3-5 years (replacement of boiler), generation of sludge in pipes (decreased thermal efficiency) | Semi-permanent |
