AG-DP aerogel particles have a standard size range of 0.3mm-2mm, and custom size range screening and density is available upon customer request. The product features ultra-high porosity (90-95%) and ultra-low thermal conductivity (≤0.016 W/(m・K)).
Core Features of Aerogel Particle
Ultra-low Thermal Conductivity
Provides exceptional insulation performance even in thin layers, suitable for building, industrial, and thermal management applications.
Lightweight
Extremely low density adds minimal weight to applications, ideal for lightweight designs in aerospace, transportation, and wearable devices.
Hydrophobic / Moisture Resistant
Does not absorb water, preventing clumping or performance loss in humid environments, ensuring long-term thermal stability.
High Thermal Stability
Maintains structure and performance at elevated temperatures, suitable for high-temperature pipelines, furnaces, and heat management systems.
Chemical Inertness
Resistant to most chemicals, corrosion, and aging, making it compatible with diverse composite materials and harsh environments.
Customizable Particle Sizes & Easy Processing
Standard particle sizes (e.g., 7, 10, 15, 50 μm) and custom options available, facilitating use in coatings, insulation blankets, panels, and composites.
High Surface Area
Nanoporous structure provides extremely high surface area, enhancing adsorption, composite integration, and coating performance.
If you have any questions about the product, please feel free to contact our technical experts at any time via E-mail: lexie@ag-tech.cn
The primary difference between aerogel granules and aerogel powder lies in particle size and morphology.
Aerogel granules typically have a particle size above 0.1 mm, while aerogel powder consists of much finer particles.
The thermal insulation performance of aerogel granules is mainly governed by their internal nanoporous structure, rather than particle size alone.
However, particle size may influence packing density, inter-particle voids, and heat transfer pathways when aerogel granules are used in composite or filled systems.
Depending on formulation and application design, particle size selection can affect the balance between thermal performance and mechanical stability.
Key factors in selecting aerogel granules include particle size distribution, bulk density, handling characteristics, and intended application environment.
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