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Aerogel Particle
Mingyi
High Performance Aerogel Silica Block
An aerogel block is a solid material with a nanostructured porous framework. It is mainly composed of aggregated colloidal particles or polymer molecules, containing a large number of interconnected nanopores inside. These pores usually account for a significant proportion of the total volume, while the solid part is relatively small. Aerogel blocks have an extremely low density and are among the lightest solid materials in the world.
Application Field
In buildings, it's used for exterior walls, roofs, and floors. Its low thermal conductivity stops heat transfer. In cold, it retains indoor heat; in hot, blocks outdoor heat. A thinner layer of aerogel block can replace thicker traditional insulation, saving space.
For industrial equipment like pipes, reactors, and tanks. In industries such as petrochemical and power, it reduces heat loss or gain, maintaining optimal temperatures and saving energy.
In cold chain logistics, it keeps refrigerated trucks and containers cold, preserving perishable goods and pharmaceuticals during transit and storage.
As a key component in building firewalls and fireproof door cores. It resists high heat and stops fire spread, providing evacuation time and enhancing building safety.
In industrial settings with fire risks, like chemical warehouses and electronics factories, it isolates flammables and protects equipment, reducing fire hazards and losses.
The porous aerogel block is good for sound absorption. Used in building soundproof walls and ceilings, it blocks traffic and machinery noise. In sensitive areas like recording studios and hospital wards, it creates a quiet environment.
In electronic device heat dissipation systems, such as for CPUs, servers, and amplifiers. It conducts heat away quickly, preventing device overheating and performance issues.
In high-performance battery modules, like lithium-ion batteries, it isolates cells, preventing thermal runaway, enhancing battery safety and lifespan.
Parameters
Testing Item | Unit | Technical index |
Thermal conductivity (room temperature) | W(m·K) | 0.017-0.021 |
Specific surface area | m2/g | 570.78 |
| Density | kg/m3 | 80-100kgs |
Water absorption | % | 0.246 |
High Performance Aerogel Silica Block
An aerogel block is a solid material with a nanostructured porous framework. It is mainly composed of aggregated colloidal particles or polymer molecules, containing a large number of interconnected nanopores inside. These pores usually account for a significant proportion of the total volume, while the solid part is relatively small. Aerogel blocks have an extremely low density and are among the lightest solid materials in the world.
Application Field
In buildings, it's used for exterior walls, roofs, and floors. Its low thermal conductivity stops heat transfer. In cold, it retains indoor heat; in hot, blocks outdoor heat. A thinner layer of aerogel block can replace thicker traditional insulation, saving space.
For industrial equipment like pipes, reactors, and tanks. In industries such as petrochemical and power, it reduces heat loss or gain, maintaining optimal temperatures and saving energy.
In cold chain logistics, it keeps refrigerated trucks and containers cold, preserving perishable goods and pharmaceuticals during transit and storage.
As a key component in building firewalls and fireproof door cores. It resists high heat and stops fire spread, providing evacuation time and enhancing building safety.
In industrial settings with fire risks, like chemical warehouses and electronics factories, it isolates flammables and protects equipment, reducing fire hazards and losses.
The porous aerogel block is good for sound absorption. Used in building soundproof walls and ceilings, it blocks traffic and machinery noise. In sensitive areas like recording studios and hospital wards, it creates a quiet environment.
In electronic device heat dissipation systems, such as for CPUs, servers, and amplifiers. It conducts heat away quickly, preventing device overheating and performance issues.
In high-performance battery modules, like lithium-ion batteries, it isolates cells, preventing thermal runaway, enhancing battery safety and lifespan.
Parameters
Testing Item | Unit | Technical index |
Thermal conductivity (room temperature) | W(m·K) | 0.017-0.021 |
Specific surface area | m2/g | 570.78 |
| Density | kg/m3 | 80-100kgs |
Water absorption | % | 0.246 |
