
1. Light weight: the density is usually only 0.003-0.5g/cm³, which is one of the lightest solid materials in the world. This ultra-light characteristic is of great significance for the building structure, which can greatly reduce the load of the building, reduce the requirements for the strength of the building structure, and reduce the construction cost. At the same time, it also reduces the risk of the insulation layer falling off due to excessive weight, and improves the safety of the building and the stability of the insulation layer.
2. Excellent fire performance: the unique nanopore structure can limit the flow of air and inhibit the convection of heat, while the three-dimensional mesh structure can form a reflective and refracting surface of thermal radiation, so that the protected substrate is difficult to reach the ignition point in a fire, providing reliable fire protection for the building.
3. Convenient construction: spraying, brushing, scraping and other flexible construction methods can be used, which can well adapt to the needs of different building structures and surface forms. Whether it is a regular wall, roof, or complex special-shaped structure, such as pipes, ventilation equipment, etc., can be easily and quickly constructed to form a uniform and continuous insulation layer.
application
1. Industrial plant insulation: used for the roof and wall of industrial plants, etc., can reduce the heat loss or introduction in the plant, maintain the appropriate temperature environment in the plant, which is conducive to the normal operation of industrial production equipment, improve production efficiency and reduce energy consumption.
2. Chemical building protection: With its good acid and alkali corrosion resistance, it can be used for the wall and ground of chemical buildings to prevent the corrosion of chemical raw materials on the building structure, and play the role of heat preservation and insulation.
3. Roof insulation: can effectively block the summer sun radiant heat into the room, reduce the indoor temperature, reduce the frequency and duration of air conditioning; Winter can prevent indoor heat loss through the roof, keep the room warm, reduce heating energy consumption.
FAQ
1. How is the environmental performance of aerogel building insulation coating? Is there an impact on human health?
The coating uses water as solvent, does not contain organic volatile matter (VOC), will not release harmful gases in the process of production, construction and use, and has no pollution to the environment. Its components are safe and stable, and will not cause harm to human health under normal use, and meet the requirements of modern environmental protection and health.
2. Which building parts can this paint be used on?
It can be widely used in many parts of the building, such as roof, exterior wall, interior wall, basement, etc. It is also suitable for the insulation of special parts and facilities such as pipes, ventilation equipment, cold storage in buildings, and can also be used in industrial plants, ancient buildings protection and other fields.
3. Is the construction of this paint difficult? Do you need special construction equipment and processes?
Construction is relatively easy. It can be sprayed, brushed, scraped and other common construction methods, can adapt to different building structures and surface morphology. Generally, no special large-scale construction equipment is required, and conventional paint construction tools can be used. However, in order to ensure the quality of construction, the construction personnel need to master the appropriate construction technology, such as controlling the thickness and uniformity of the paint, etc., and it is best to properly treat the surface of the base before construction to ensure that the base is smooth, dry and clean.
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| Project Name | Aerogel Spray Coating |
| Maximum Service Temperature | 180℃ |
| Wet Density of Coating | 800 kg/m³ |
| Dry Density | 260 kg/m³ |
| Volume Shrinkage Rate | ≤5% |
| Thermal Conductivity (at 25℃) | 0.035 W/(m·K) |
| Fire Rating | Class A2 |
| Material Consumption per m² for 10mm Thickness | 9 kg |
| Single Barrel Packaging Weight | 16 kg |
| Unit | kg/m³, kg/m³, %, W/(m·K), kg, kg |





