Construction Case & Performance
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HEATCOP AEROFIX
Characteristics
- 1. Condensation Prevention/Inorganic Insulation Material Made of High Insulation Aerogel
- 2. Excellent Condensation Prevention effect and excellent Water Resistance
- 3. Can be Applied Directly to the surface of cement, wood, etc.
- 4. Excellent Moisture Resistance, No Insulation Degradation due to water
- 5. Environmentally friendly product with No VOC, RoHS halogen substances detected
Application
- 1. Can be Applied Directly to the surface of cement, wood, etc.
- 2. Places where condensation fungus occurs frequently, such as balconies, multi-purpose rooms, warehouses, etc.
| Color | Hardening Agent | Thermal Conductivity (W/m∙K) | TVOC (mg/m2∙h) | Density (g/mL) | Volume Solid |
|---|---|---|---|---|---|
| White (matt) | No need | 0.036 | 0.35 | 0.40 | 70% |
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Condensation and Mold Prevention
Buildings with condensation and fungal problems (valcony/housing/warehouse, etc.)
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Insulation Construction
Inside a building that requires improvement of internal insulation (dressroom, multi-purpose room, etc.)
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Repair of damaged insulation board
Damaged parts of insulation bard that occur during construction, where the fault has occurred
Condensation Prevention Performance – Results of artificial condensation evaluation using a thermo hygrostat
(Condition of 30℃, humidity 75%, input refrigerant temperature 9℃ (Blank surface temperature 18.2℃) in the Chamber)
| Blank | A | B | C | AEROFIX | |
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| Condensation Test Result |  |
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| Blank | AEROFIX | A | B | C | ||
|---|---|---|---|---|---|---|
| Condensation Performance | Condensation generation | - | Non | Severe Level | Severe Level | Severe Level |
| Condensation/Film strength change | - | No deformation | Deformation | Deformation | Deformation on repeated exposure | |
| Result | - | ★★★★★ | ★★★ | ★★ | ★ | |
| Insulation Performance | Surface Temp / Dew point Temp | 18.2 / 25.1 | 27.2 / 25.1 | 22.0 / 25.1 | 20.1 / 25.1 | 21.3 / 25.1 |
| Temperature difference | -6.9 | 2.1 | -3.1 | -5.0 | -3.8 | |
| Result | - | ★★★★★ | ★★ | ★ | ★★ | |
- The higher insulation, the higher temperature of the surface by blocking heat exchange from outside, resulting in a condensation prevention effect
- The effect of surface temperature rising above the dew point results in condensation improvement
What is a dew point?
The temperature at which the condensation begins to form on the surface, the higher the surface temperature than the condensation point temperature, the less condensation occurs.
AEROFIX VS Elastomeric Emulsion Comparative Test Result
Superior Anti-Condensation Performance
AEROFIX does not produce condensation, and there is no deformation or lifting due to reduced water resistance even when left unattended for a long time.
(Test conditions: 30°C, 70% humidity, 15°C Blank, 23.9°C dew point in Chamber.)
Condensation generation 
Long-term neglect of Condensation state
Strong Heat-Resistance Effect
Heat shield effect of about 31℃ in AEROFIX construction compared to normal CRC board on a heat plate heated to 100℃
- Surface Temperature 94.0℃
- Surface Temperature 63.0℃
- Surface Temperature 90.1℃
Construction Cases
Prevention/Repair Condensation and Mold
AEROFIX solves mold problems and condensation inside buildings such as apartments, houses, warehouses, and basement through Aerogel’s excellent insulation performance.
Insulation Construction/Repair
AEROFIX improves insulation inside the buildings with the low thermal conductivity of Aerogel.
Construction Method
Recommended construction thickness: 2T
(with indoor temperature of 22°C, wall temperature of 10°C, humidity of 50%)
Depending on the site conditions, the thicker the construction thickness, the better the performance can be achieved.
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