Product Overview
AIRG-0105ME is the ultra-fine grade within the AIRG hydrophobic silica aerogel particle series.
Developed for thermal insulation materials, lightweight engineered systems and advanced formulations, AIRG-0105ME is designed to deliver enhanced particle distribution and improved material uniformity compared with larger aerogel granule grades.
The combination of ultra-low thermal conductivity, high porosity and ultra-fine particle structure makes AIRG-0105ME particularly suitable for precision composite systems, advanced insulation formulations and applications where uniform particle integration is critical.
Why Choose AIRG-0105ME?
Many advanced formulations require insulation materials that can be integrated homogeneously while maintaining formulation stability, consistency and processability.
AIRG-0105ME is engineered to provide enhanced particle distribution through its ultra-fine particle structure. This characteristic makes it suitable for systems where material uniformity, fine-scale particle packing and formulation versatility are important considerations.
For projects where particle refinement and consistent material architecture are a higher priority than maximum aerogel loading levels, AIRG-0105ME may be an effective aerogel particle solution.
What Makes AIRG-0105ME Different?
AIRG-0105ME occupies the ultra-fine position within the AIRG hydrophobic silica aerogel particle family.
Key characteristics include:
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▸Ultra-fine particle structure
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▸Enhanced particle packing and distribution
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▸Hydrophobic silica aerogel technology
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▸Ultra-low thermal conductivity
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▸High porosity and lightweight composition
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▸High specific surface area
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▸Improved formulation versatility
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▸Consistent material uniformity
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▸Moisture-resistant performance
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▸Designed for advanced thermal insulation systems
These characteristics support applications requiring precise particle distribution, advanced formulation performance and consistent finished-product properties.
Why Use AIRG-0105ME in Advanced Formulations?
Certain insulation and composite formulations require fine particle integration to achieve improved material consistency and processing performance.
The ultra-fine particle structure of AIRG-0105ME enables it to be evaluated in systems where particle distribution, material homogeneity and formulation versatility are important factors.
Compared with larger particle grades, AIRG-0105ME may provide advantages in applications requiring finer particle packing, enhanced distribution and more consistent material architectures throughout the formulation.
Key Performance Features
Ultra-Fine Particle Structure
The ultra-fine particle structure of AIRG-0105ME supports enhanced particle distribution and improved material uniformity across formulated systems.
Enhanced Particle Packing and Distribution
As the finest grade within the AIRG particle family, AIRG-0105ME is designed for systems requiring finer particle packing and more homogeneous integration into host materials.
Ultra-Low Thermal Conductivity
The controlled nano-porous aerogel network maintains the ultra-low thermal conductivity associated with silica aerogel, helping support insulation performance in formulated materials.
Hydrophobic Surface Chemistry
Hydrophobic surface treatment helps minimize moisture absorption and supports long-term thermal performance in demanding service environments.
High Porosity and Lightweight Composition
High internal porosity and large specific surface area contribute to lightweight construction and thermal efficiency, supporting greater flexibility for material design and processing.
Frequently Asked Questions
The following questions are commonly raised during AIRG-0105ME 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.
