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Superior Heat-Reflective Paint: MIRACOOL

MIRACOOL CO., LTD.
Superior Heat-Reflective Paint: MIRACOOL
Vietnam Project Example

Vietnam Project Example

Original Long-Lasting Heat Reflection Technology

Miracool, boasting a solar reflectance rate of about 90%—a top-tier performance in the industry—is characterized by its high durability and anti-soiling properties due to the use of unique materials. A patented ultra-hydrophilic agent, AQ Clear, was developed exclusively for Miracool to maintain this heat-blocking performance over time. A two-year outdoor exposure test was conducted to compare solar reflectance rates, showing a decrease of 19.4% in untreated products. In comparison, AQClear-treated products showed only a 3.5% decrease, enabling the long-term maintenance of Miracool’s inherent heat-reflective performance.

How AQ Clear works

How AQ Clear works

Cost-Effective Patent Technology: A Little Goes a Long Way

AQ Clear, with silanol groups (Si-OH) present on the particle surface, imparts hydrophilicity to the coating film, which becomes evident after complete drying. The coating amount is very low at 30-40g/m², making it cost-effective to hydrophilize the coating surface.

Patent Numbers: 6991627 and 7084082
Composition for Hydrophilic Coating and Structure Containing Hydrophilic Coating.
Self-Cleaning Effect

Self-Cleaning Effect

Prolonging Heat-Reflective Effects with AQ Clear

Heat-reflective paints may lose their solar reflectance rate due to dirt accumulation, absorbing solar energy, which leads to a rise in coating surface temperature and a decrease in heat-reflective efficiency. It's crucial to retain the original color of the paint to maintain the heat-reflective function long-term.

AQ Clear hydrophilizes the coating film, initiating a self-cleaning effect. The adherence of exhaust gases, oily dirt, and dust to the coating is lifted and washed away by rainwater, aiding in maintaining both the heat-reflective performance and aesthetic appeal.
Vietnam Project Example

Vietnam Project Example

How the Competition Compares

In March 2022, an experiment was conducted by applying Miracool AQ800+AQ Clear and other heat-reflective paint on the same roof, each covering 3500m². The assessment carried out in October 2022, seven months after application, revealed that Miracool had maintained its original state with minimal discoloration resulting from dirt accumulation, in contrast to the other heat-reflective paint that exhibited discoloration due to dirt accumulation. This difference in surface dirt led to a temperature difference of 5.5℃ on the roof surface.

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