High-Temperature Alumina Aerogel
Description
Morlion alumina-based aerogel is formed through sol-gel processing and supercritical drying. Its nanoscale porous structure provides a lightweight material for thermal barriers and composite insulation development.
CHARACTERISTICS
- Nanoporous inorganic structure
- Very low bulk density
- High specific surface area
- Block and granular forms
SPECIFICATION
| Property | Specification |
|---|---|
| Appearance | Transparent block / semi-transparent granules |
| Reported phases | Mullite and gamma phase |
| Specific surface area | >500 m²/g |
| Pore volume | >3 cm³/g |
| Density | 0.01–0.20 g/cm³ |
| Reported service temperature | >1000°C |
PERFORMANCE
The brochure reports thermal conductivity below 0.05 W/(m·K), without a measurement temperature. A flame-test illustration shows a front surface near 1100°C and rear readings of 145.4°C at four minutes and 154.5°C at five minutes. Specimen thickness and the complete test method are not supplied, so these figures are not a component fire rating.
CUSTOMIZATION
Discuss block, granule or composite-coating format, density, dimensions and the full thermal exposure profile.
APPLICATION
- Industrial thermal barriers
- Pipeline and furnace insulation development
- Lightweight composite insulation
- Waste-heat-management systems
CERTIFICATION
Specify the required technical data sheet, batch certificate of analysis and application test reports in your inquiry. Certification scope must be confirmed for the selected grade and manufacturing site; company management-system credentials do not replace product qualification.
Inquiry
Ask about: High-Temperature Alumina Aerogel
