Product Overview
AIRG-9015M is the Fine Grade within the AIRG hydrophobic silica aerogel powder series.
With a D90 particle size range of 10–15 μm, AIRG-9015M is designed for formulations requiring a balance between dispersion performance, formulation consistency, and processing efficiency.
The combination of ultra-low thermal conductivity, high porosity, hydrophobic surface chemistry, and fine particle distribution makes AIRG-9015M suitable for thermal insulation coatings, polymer composites, specialty fillers, and energy-efficient material systems where both insulation performance and practical manufacturability are important.
Why Choose AIRG-9015M?
Many thermal insulation formulations require more than low thermal conductivity alone. Manufacturers must also consider processing behavior, formulation stability, particle distribution, and production efficiency.
AIRG-9015M is engineered to provide an effective balance between particle fineness and practical handling characteristics. Compared with coarser grades, it can contribute to improved formulation uniformity and more consistent material distribution. Compared with ultra-fine grades, it often offers favorable flowability and processing efficiency in industrial-scale production.
For applications where both thermal insulation performance and manufacturing practicality are important, AIRG-9015M provides a balanced silica aerogel powder solution.
What Makes AIRG-9015M Different?
AIRG-9015M occupies the Fine Grade position within the AIRG hydrophobic silica aerogel powder family.
Key characteristics include:
▸Fine particle size distribution (D90 10–15 μm)
▸Enhanced dispersion performance
▸Improved formulation consistency
▸Balanced flowability and processability
▸Hydrophobic surface chemistry
▸Ultra-low thermal conductivity aerogel structure
These characteristics help support applications requiring reliable formulation performance, consistent particle distribution, and practical production handling.
Why Use AIRG-9015M in Advanced Formulations?
Many modern insulation, coating, and composite systems require materials capable of providing thermal insulation performance without introducing excessive weight or processing complexity.
AIRG-9015M is specifically developed to support these requirements. Its fine particle size helps promote more uniform incorporation into formulated systems while maintaining practical handling behavior during manufacturing.
Compared with coarser grades, AIRG-9015M may contribute to smoother surface quality, improved particle distribution, and enhanced formulation homogeneity. These advantages make it suitable for manufacturers seeking a balance between performance improvement and production efficiency.
Key Performance Features
Fine Particle Size Distribution
The D90 particle size range of 10–15 μm supports improved particle distribution and formulation consistency.
Enhanced Dispersion Performance
Fine particles can contribute to more uniform incorporation throughout coating, filler, and composite systems.
Ultra-Low Thermal Conductivity
The nanoporous aerogel structure contributes to thermal conductivity below 0.018 W/(m·K), helping support insulation performance in formulated materials.
High Porosity Structure
Porosity levels of 90–95% help reduce heat transfer while maintaining lightweight material characteristics.
Hydrophobic Surface Chemistry
Surface modification provides moisture resistance and helps maintain insulation-related properties in humid environments.
Lightweight Functional Filler
The low density of silica aerogel supports lightweight material design while contributing thermal insulation functionality.
Frequently Asked Questions
The following questions are commonly raised during AIRG-9015M selection, sample testing and formulation evaluation.
Application results should be verified under the customer's actual formulation, process and service conditions. Airgeltech provides material-level technical clarification, sample evaluation support and documentation support where appropriate.
