What a Super Therm® thermal reading looks like.
– SP1 is not coated with Super Therm®
– SP2 is coated with Super Therm® & Saving Energy
*Thermal readings are from a separate applications.
PANASONIC BUILDING
- Markets: Warehouse & Buildings
- Country: Japan
- Courtesy of: Superior Products Japan
Project Brief
Customer wanted to prevent heat penetration from outside in their new building & reduce energy consumption.
Products we used
Super Therm® Overview:
Super Therm® reflects 95% of sunlight in its three forms (Visible, IR and UV). Unlike traditional insulation materials, which slow down the transfer of conductive heat, Super Therm® is designed to block the initial heat load by reflecting 95% of the sun’s energy away from the surface before it can physically be absorbed.
Coating Solution
Overcoat corrugated metal roof with Super Therm®.
Expected Outcome
Super Therm® will block 95% of the solar heat load therefore reducing the heat build-up of the corrugated metal roof.
Results
Outside Temperature: +/- 32°C
Weather Conditions: Fine
Temperature under the corrugated metal roof:
Before Super Therm® = 50.8°C
After Super Therm® = 30.5°C
Temperature reduction of 20.3°C under the corrugated metal roof.
Added Benefits
- Energy savings on AC/HVAC units.
- Is a moisture barrier, resists condensation and mildew
- Over 30 years testing and history worldwide.
- Fire and chemical resistant (Class A0 Fire Rating), provides insulation and corrosion protection.
- Outperforms fiberglass, mineral wool and other traditional insulation.
- Low in Volatile Organics.
- Reduces maintenance costs due to effectivity being based on a clean surface.
- Single component ready-to-use and easy-to-apply coating
- Thin coating – when applied is only a 0.254mm thick (same as a business card).
- Environmentally Friendly – water based, non-toxic, energy efficient results as Energy Star rated.
- Used in the transport of perishable substances, saving up to 30% in fuel consumption and minimizing failures in refrigeration equipment by reducing its overload.
