Aerogel Thermal Insulation Coating
Aerogel Thermal Insulation Coating is composed of preferred film-forming materials, nano aerogel thermal insulation material, glass beads (or ceramic beads), cellulose, nano inorganic silicon solution, as well as other main and auxiliary materials.
- OVERVIEW
- PRODUCT PARAMETERS
- APPLICATION FIELD
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Flexible crack resistance
Aerogel Thermal Insulation Coating utilizes soft elastic crack resistance technology, which matches the change index of the elastic modulus of each layer of the base wall materials and gradually changes layer by layer. This combination of allowable deformations and limited deformations can effectively prevent wall cracks. -
Good thermal insulation
Aerogel Thermal Insulation Coating is characterized by KSL6 aerogel particles and micron level hollow glass microspheres which are scientifically proportioned, with a thermal conductivity reaching as low as 0.030W/(m · k). -
Stable performance
Aerogel Thermal Insulation Coating features efficient thermal insulation, light weight, hydrophobicity, and the other related advantages of aerogel materials. After drying, the coating is firm, water and aging resistant, as well as being polishable with a long service life. -
Environment friendly
Aerogel Thermal Insulation Coating has a single water-based component, and is free of benzene, formaldehyde, and other toxic and harmful substances. It is green and environmentally friendly. Testing has shown that the TVOC of the dried coating is ≤ 50μg/g. -
Simple using
Simple using: with a construction skill from IBIH, Aerogel Thermal Insulation Coating can be sprayed in large area, with the thickness of single spraying being 1-10mm. After drying, the coating has high bonding strength with the substrate, and the surface is free of bulging, sagging, water marks, or cracks.
Product Features
| Test item | KXT201 | KXT202 |
| State in Container | No caking but in a uniform state after mixing | |
| Constructability | No obstacles to application | |
| Thermal Storage Stability (15d) | Conforms to the standard | |
| Low Temperature Stability (3 times) | No degeneration | |
| Initial Drying Crack Resistance (3h) | No cracking | |
Dryingtime (h) | 1 | |
Density (g/mL) | 0.519 | |
| Thermal Conductivity (25 ℃) w/(m·k) | 0.03 | 0.04 |
| Combustion Performance | Combustible | Grade A |
| Hydrophobicity | 98% | Not hydrophobic |
| Adhesion | Class 1 | |
| Operating Temperature | ≤120℃ | ≤1200℃ |
| Alkali Resistance | No abnormalities in 48h | |
| Safety | Conforms to the GB/T18582-2020 | |
Application Field
This product is mainly used for insulation and energy conservation of medium and high temperature pipelines and equipment in industries, communication, construction, municipal heating, and other fields, as well as fire insulation layers for high-speed trains, automobiles, and other transportation vehicles.
