■Outline of GT CARBON HEATING
In order to solve the problems of the existing heating systems that are unstable, inefficient, short in lifetime, and harmful for health,
we developed GT CARBON HEATING, power-saving heating product adopted with power-saving new technologies after our own research and development.
This power-saving electric heating device is now exported to various overseas markets.
■Core elements of GT CARBON HEATING
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Non-flammable
Safety from water and moisture (completely waterproof) |
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HarmlessnessFar-infrared radiation rate: 91.2%Prevention of sick house syndrome or propagation of germs. |
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Heating EfficiencyHigh heating efficiency due to thin and uniform GT CARBON HEATINGMaximum heating effect by far infrared radiant heating. |
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DurabilityNon-ferrous materials are mainly used for our products andwe double coated wires, reducing corrosion with time our products are excellent in water resistance, chemical resistance, and anti-shock. |
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Easy ConstructionIt is easy to construct because it is light and lean.Martar joints on insulation due to its design that reduces loads of a building It can be applied to the finishing material to a thickness of approximately 30 mm. |
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Economic FeasibilityHeating costs can be reduced permanently with a singleonstruction. 40% reduction in electricity. 50% reduction in electricity cost. |
■Features of GT CARBON HEATING
② The first electricity saving technology product.
③ Lifelong durability.
④ Beneficial to health (far-infrared radiation).
⑤ Beneficial to designers, building owners, and consumers.
⑥ Far infrared radiation heating / convection heating. |
■Where to use (application)
① Officetels, hospitals, nursing homes, daycare centers, and kindergartens.
② Pensions, school dormitories, factory dormitories, restaurants, churches, and prayer halls.
③ Hotels, motels, containers, farm houses, and jjimjilbangs.
④ Ideal in case of expanding apartments, general detached houses, and living spaces. |
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■Comparison of costs per each fuel used (The Korean rate standard)
(US $ )
Classification |
Amount of fuel used (10 hours) |
Cost |
Monthly cost |
Electromagnetic Wave |
Remarks |
||
day |
Month |
||||||
1 |
oil (Heating oil, lamp oil) |
6L |
180L |
$1.26 per liter (Severe fluctuation) |
$226.19 |
None |
|
2 |
Gas (Metropolitan area) |
4㎥ |
120㎥ |
$0.87 per lube |
$104.32 |
None |
|
3 |
Electric film (Over 600W) |
42㎾ |
1260㎾ |
General charge ($0.09) |
$110.13 |
A little |
|
4 |
Electric panel (593W) |
41.5㎾ |
1245㎾ |
General charge ($0.09) |
$108.82 |
Exist |
|
5 |
Power-saving hot water pipe (Over 600W) |
43㎾ |
1290㎾ |
General charge ($0.09) |
$112.75 |
Exist |
|
6 |
CARBON HEATING (Average 350W) |
24.5㎾ |
735㎾ |
General charge ($0.09) |
$64.24 |
None |
Excessive radiation of far infrared 91.2% |
※The above statistics may vary depending on the insulation conditions, usage method and construction requirements.
①Actual area: 33 square meters
②Electricity rate: Applied $0.09 based on KEPCO's charge for high-demand seasons
③Cost for 30 days (10 hours a day) (E.g., in the case of a residential apartment: two hours a day)
④After electric operation, consumed electric power is 70% (E.g., 7 hours of electric operation in 10 hours)
Note: GT CARBON HEATING save an additional 30% of the sustained power after an hour of operation.
■Comparison of characteristics of competing products
Demands for technologies and products with reduced electric consumption, fire risk, and electromagnetic
wave are growing in step with raised awareness for safety and health.
There is an increasing demand for products realizing safe heating with electromagnetic wave blocking functions,
overheating prevention, room temperature detection, and fire prevention.
Category |
Classification |
GT CARBON HEATING |
Oil / Gas Boiler |
Electric Ondol Panel |
Far Infrared Film Heating |
How to construct |
How to construct |
Wet construction available |
Wet construction available |
Dry construction available |
Dry construction available |
Boiler room |
Not necessary |
A separate boiler is needed |
Not necessary |
Not necessary |
|
Heating pipe |
None |
Exposed |
None |
None |
|
Construction period |
takes 1 to 2 days |
takes 4 to 5 days |
takes 1 to 2 days |
takes 1 day |
|
Construction thickness |
15m-20mm |
110~220mm |
15~20mm |
Within 10 millimeters |
|
Heating Method |
Fuel Used |
Electric |
Fossil Fuel |
Electric |
Electric |
Heating Method |
Radiant Heat |
Convection, Convection |
Radiation |
Heat |
|
Far infrared ray generation |
over 91.2% |
None |
None |
over 90% |
|
Heating speed |
3 ~ 5 minutes |
30 ~ 60 minutes |
15 ~ 30 minutes |
4 ~ 10 minutes |
|
Noise and burning dust |
None |
Generated |
None |
None |
|
Electromagnetic wave generation |
Harmless to human body |
None |
High |
Harmless to human body |
|
Maintenance |
Freeze and burst |
No freeze and burst |
Freeze and burst |
No freeze and burst |
No freeze and burst |
Remodeling |
Easy |
Major repair (concrete dismantling required) |
Easy |
Easy |
|
Transfer installation |
Easy |
Boiler equipment possible, piping not possible |
Easy |
Easy |
|
Disadvantages |
Separate construction of water heater |
High fuel cost |
Unavailable during disconnection, Separate construction of water heater |
Separate construction of water heater |
|
Durability |
Semi-permanent |
10 years or less |
2 ~ 3 years |
5 ~ 6 years |
Category |
CARBON HEATING (350kw per day) |
Gas excel boiler (49 lube per day) |
Electric film heating (420kw per day) |
Carbon sheet S,L (420kw per day) |
Midnight electric boiler (520kw per day) |
Key Features |
Excellent safety, Sector heating |
Universality For hot water as well |
Low cost, Convenient construction |
recycle, Convenient construction |
Not bad New application is not allowed |
Safety |
Great - No fire, no short circuit |
Not bad Freeze and burst management |
Insecure Short circuit, fire |
Not bad |
Not bad |
Health benefits |
1st in far infrared |
No impact |
A little far infrared ray |
A little far infrared ray |
No impact |
Water heater installation |
Separate water heater for hot water as well |
Separate water heater |
Separate water heater for hot water as well |
Separate water heater for hot water as well |
Separate water heater |
Failure and repair |
Attention in construction |
Boiler management, Excel freezing |
Frequent failures Easy to replace |
Low failure rate Replaceable, transferable |
Boiler, Occurs in Excel |
Other advantages |
Radiant heat, partial heating, Low load |
Heat retention time Excellent efficiency |
Instant heating, Construction cost, simplicity |
Momentary, sector heating reuse |
Heat retention time |
Major Disadvantages |
Construction cost, Mortar required |
Full operation, warm-up time, Freeze and burst, mortar required |
Uneven quality Short-lived |
Cost of construction, maintenance |
Cannot stop during winter Warm-up time |
Note |
Progressive stage system for housing electricity |
Use gas for houses replacement |
Tends to weed out Widespread use |
New technology Development |
New installation stopped Power cost rise |