New Generation Zero-carbon Building Thermal Insulation Black Technology
Aerogel-Radiative cooling-Superamphiphobic System
The new generation of thermal insulation system consists of aerogel, a radiation-cooling coating, and a super-hydrophobic self-cleaning nano-coating.
The application of aerogel replaces conventional insulation layers such as polyurethane.
The application of the radiation-cooling coating enables "green" active cooling.
The application of the super-hydrophobic nano-coating provides self-cleaning functionality, thereby extending the service life of the radiation-cooling layer.
A New Generation of "Black Technology" Thermal Insulation System – Aerogel
Aerogel products are high-efficiency fireproof and thermal insulation materials. Their main functions are energy saving, thermal insulation, and fire resistance. They can be applied in the following fields:
Building Energy Conservation: Aerogel boards for exterior wall insulation, aerogel glass, and fireproofing of steel structures.
Industrial and Civil Applications: A better alternative to traditional insulation materials for pipes, furnaces, other thermal equipment, water heaters, and refrigeration equipment.
New Generation "Black Technology" Insulation System – Radiative Cooling
Radiative Heat Exchange: This system releases its own heat in the form of 8-13µm electromagnetic waves through an "atmospheric window" into the near-absolute-zero outer space, achieving self-cooling.
Product | Radiant cooling coating (for construction) |
Solar reflectivity | 96% |
Atmospheric transparent window | 8-13μm |
Emission rate | 98% |
Material surface cooling | 40° |
Internal cooling | 5-15° |
A New Generation of "Black Technology" Thermal Insulation System – Superhydrophobic and Superoleophobic Nanocoating
Superhydrophobic materials possess both superhydrophobic and superoleophobic properties on their solid surfaces, meaning they have contact angles greater than 150° with both water and oil (or two other different liquids). This endows the material with self-cleaning, anti-icing, and anti-fouling properties.
Product | Superhydrophobic nano-coating (for construction) |
Superhydrophobic | CA>150°，SA<5° |
Superoleophobic | CA>150°，SA<10° |
Super self-cleaning | Level 1 |
Hydrophobicity reduction property (240h) | CA>150°，SA<10° |
Super hydrophobic in high humidity environments (RH99%) | CA>150°，SA<10° |
Weather resistance (artificially accelerated aging) | 3000h |
Solid content | 15% |
Adhesion | Level 1 |
Freeze-thaw cycle (6h + 2h cycle under -5℃ conditions) | ≥20 times |
