AIRG-9010M Hydrophobic Silica Aerogel Powder

Technical Specifications

AIRG-9010M

Hydrophobic Silica Aerogel Powder · Ultra Fine Grade

AIRG-9010M is the ultra-fine grade within the AIRG hydrophobic silica aerogel powder series. Designed for formulations requiring maximum dispersion performance and fine particle distribution, the material combines ultra-low thermal conductivity with an ultra-fine particle size of ≤10 μm.

Engineering Interpretation

AIRG-9010M is specifically developed for applications requiring the finest particle size distribution within the AIRG aerogel powder family.

With a D90 particle size of ≤10 μm, AIRG-9010M is designed to maximize dispersion potential and formulation uniformity. The ultra-fine particle size may improve particle distribution throughout coating, composite and engineered material systems where fine-scale integration is important.

Compared with larger particle size grades, AIRG-9010M is typically selected when dispersion quality, coating smoothness and formulation consistency are prioritized over maximum aerogel loading capability.

Material Characteristics

All AIRG silica aerogel powder grades are hydrophobic and exhibit similar intrinsic thermal conductivity, porosity and nanoporous aerogel structure.

Performance differences between grades primarily relate to particle size distribution and density characteristics, which may influence dispersion behavior, formulation compatibility, processing characteristics and application suitability.

AIRG-9010M represents the ultra-fine grade within the AIRG aerogel powder portfolio.

Parameter Applicability

The technical parameters listed above represent typical values obtained under controlled laboratory conditions and are provided for reference purposes only.

Actual performance may vary depending on formulation composition, raw material selection, processing methods, dispersion quality and service conditions.

The values presented should not be interpreted as direct guarantees of finished-product performance. Product suitability should be verified through formulation development and application-specific testing.

Handling & Dispersion Recommendations

To help preserve the aerogel nanoporous structure, excessive high-shear mixing is generally not recommended.

Depending on the formulation system, controlled mixing conditions, optimized addition sequences and suitable dispersion methods may contribute to improved formulation consistency.

Formulation performance should be evaluated under actual processing and end-use conditions.

Notes

• ▸All AIRG aerogel powder grades are hydrophobic and exhibit similar intrinsic thermal conductivity and porosity.

• ▸Differences between grades primarily relate to particle size distribution and density characteristics.

• ▸AIRG-9010M is the ultra-fine grade within the AIRG powder series and is intended for formulations requiring maximum dispersion performance.

• ▸The values listed above are typical values and should be verified through application-specific testing.

• ▸For product selection guidance, technical consultation or sample evaluation, please contact the Airgeltech technical support team.

Key Application Areas

Application Development Notes

AIRG-9010M is supplied as an ultra-fine hydrophobic silica aerogel powder for formulation development and material engineering.

The powder is typically incorporated into coating systems, resin formulations, composite materials and other engineered structures to create application-specific thermal insulation products. It is generally not used directly as a standalone finished insulation component.

Compared with larger particle size grades, AIRG-9010M is primarily developed for applications that prioritize dispersion quality, formulation uniformity and fine particle distribution rather than maximum aerogel loading capability.

Actual performance depends on formulation design, dosage level, dispersion quality, processing conditions, product structure and end-use requirements.

For new projects, formulation development, sample evaluation and performance testing are recommended to determine suitability for the intended application.