CGF7600A Water-based Anti-fouling Insulation Waterproofing Paint is a composite heat-insulating waterproof coating with a Solar Reflectance Index (SRI) value of 152, exhibiting extremely high reflectivity. Its outstanding resistance to dirt and weathering makes it suitable for roofs and exterior walls. This product forms a dense film, ideal for use on steel structures and metal structures with strict painting requirements. With its non-combustible and high reflectivity properties, it prevents external heat sources from entering the interior, reducing the need for indoor cooling and air conditioning, thereby achieving energy savings.
Key Features:
- Extremely high reflectivity – Solar Reflectance Index (SRI) value of 152
- Forms a dense film
- Excellent resistance to oil, water, chemical agents, and weathering
- Good compatibility with primers
- Can be applied in humid environments to expedite construction progress
- Low VOC emissions, excellent environmental friendliness
- Strong decorative appeal, high reflectivity, heat insulation, water resistance, and excellent weather resistance
With the increasing focus on global warming, the demand for products that offer insulation, thermal protection, and energy efficiency continues to rise. Traditional materials like PE (polyethylene) and PU (polyurethane) foam are not suitable for exposed surfaces and exterior walls as they cannot effectively resist water and moisture infiltration, leading to poor thermal insulation effects. Our advanced environmentally friendly thermal insulation materials effectively reduce surface temperatures. Multiple successful cases have shown that post-construction surface temperatures are lower than ambient temperatures. These eco-friendly thermal insulation materials achieve low VOC emissions and offer excellent thermal insulation effects. They can save energy by approximately 30% to 40% and reduce electricity consumption by up to 50%. Our user-friendly systematic construction approach is the best choice for customers looking to save energy, reduce carbon emissions, and save costs!
Job Reference
The First Church of Christ Scientist, Hong Kong

Before Application
Surface Temperature 51.3°C
Ambient Temperature 35.4°C

After Application
Surface Temperature 36.1°C
Ambient Temperature 39.5°C
Tin House at Jiuru Farm in Pingtung, Taiwan

Before Application
Surface Temperature 63.8°C
Ambient Temperature 41.0°C

After Application
Surface Temperature 39.5°C
Ambient Temperature 41.4°C
Container House in Linbian, Taiwan

Before Application
Surface Temperature 54.3°C
Ambient Temperature 36.6°C

After Application
Surface Temperature 29.9°C
Ambient Temperature 36.4°C
Chiu Chow Restaurant in Pingtung, Taiwan (Interior of Tin House)

Before Application
Surface Temperature 57.6°C

After Application
Surface Temperature 34.4°C
Ambient Temperature 37.8°C
Chiu Chow Restaurant in Pingtung, Taiwan (Exterior of Tin House)

Before Application
Surface Temperature 64.0°C

After Application
Surface Temperature 37.3°C
Ambient Temperature 40.5°C
Tin House in Qiaotou, Kaosiung, Taiwan

During Application

After Application
Surface Temperature 38.1°C
Ambient Temperature 43.1°C
Container House in Nanjhou, Pingtung, Taiwan

After Application

After Application
Surface Temperature (Front) 35.1°C
Ambient Temperature 36.1°C

After Application
Surface Temperature (Right) 33.3°C
Ambient Temperature 36.4°C
