Glass Insulation Coating Agent
Heat Insulation Glass Coating [Infrared-Ultraviolet Blocking Coating]
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- What is Energy-saving glass coating agent?
- Effect of 14%annual energy savings (heat and insulation)
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-Blocking 5~10℃ of direct heat in summer, reducing approx. 3℃ of indoor temperature
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-Increasing 1~3℃ of indoor temperature in winter, with max. 21% of power saving
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-The larger the area of the glass, the greater the effect.
- 50%Condensation Inhibit
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- Excellent durability (10-year warranty)
- UV protection (99%) prevents skin damage and deterioration of household products
- Prevention of liceworm (moths, lotus flowers in summer)
- Heat access ratio in buildings
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Heat access of buildings results in 71% of heat coming in through the windows during summer and 48% of heat lost during winter.
Measures to supplement existing windows is the most important.
- Basic Study on the Power Countermeasures in Summer
- Basic Study on the Power Countermeasures in Summer
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Comparison data on CO₂ reduction when implementing each power saving measure at a cost of 100 million won
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| Initiatives |
ost (million won) |
CO₂ reduction effect [t-co₂] |
CO₂ reduction effect per 100 million [t-co₂ million won] |
| High-insulating material |
5920 |
-22771 |
-3.85 |
| High-reflective applicator |
3222 |
7007 |
2.17 |
| Glass heat transfer film |
2477 |
117270 |
47.35 |
| Roof Greening |
7900 |
3756 |
0.48 |
| Ground Heat Pump |
10764 |
46208 |
4.29 |
| Ground Greening |
6100 |
10124 |
1.66 |
| Porous Pavement |
5424 |
7791 |
1.44 |
※ It has been proven that the window heating measures have the highest cost-savings effect
< Cost and CO₂ Reduction Effect Relationship >
- Product Characteristics
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Summer: Blocking 5～10℃ of direct heat, Lowering 2～3℃ of indoor temperature, power saving effect of 14~21% per year to reduce air conditioning load (Based on KEMCO: 7% power saving effect if 1℃ is lowered in summer) Preventing heat from sunlight and transmission.
- Product Characteristics 1: Heat transfer effect (Principles of Summer Heat Effect))
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Winter: Heat retention effect by preventing release of far-infrared rays from indoor. Increasing 1～3℃ of indoor temperature. Max. 21% of power savings effect
- Product Characteristics 2: Insulating Effect
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Winter: Heat retention effect by preventing release of far-infrared rays from indoor. Increasing 1～3℃ of indoor temperature. Max. 21% of power savings effect
- Product Characteristic 3: Condensation suppression effect (Screen zoom)
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| Category |
General glass |
Glass with liquid coating |
| Condensation image |
 |
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| Generating time |
30mins |
60mins |
※ It is difficult for water to flow down, inhibiting condensation more than 50%.
- Comparison with curren film 1
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| Current film |
liquid coating agent |
- Discoloration: Stripping
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Durability of the fabric is shorter to 5~7 years due to deterioration of the fabric
Corner peels easily due to deterioration by silicon oil. Yellowing present.
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- Discoloration: Stripping
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Maintaining about twice as much durability as film. Yellowing present.
10~15 years of durability. 10-year warranty!
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- Thermal deformation
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Susceptible to thermal deformation
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- Discoloration: Stripping
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Heat distortion rarely occurs because it is the same expansion factor as above.
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- Distortion of view
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Surface and jointing and visual distortion are likely to occur.
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- Discoloration: Stripping
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There is little or no distortion of view.
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- Reflection of light
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It's hard to see outside because of the reflection of indoor light at night. Also, the acceleration of urban heat island phenomenon.
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- Reflection of light
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There is no reflection of light even at night.
With little daylight sun reflection, it has little effect on the urban heat island phenomenon (tropical).
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- Seam
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Seams are formed when large glassware is constructed.
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- Seam
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It has no seams because it is coated with a roller.
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- 단열 유리 코팅
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“기존 건물에도 간단하게 시공 가능! 초대형 시장의 문은 이제 막 열렸을 뿐입니다.”
