Micro silica aerogel is a highly porous and lightweight material known for its excellent thermal insulation properties. Aerogels are composed of a network of interconnected nanostructures, resulting in a material with extremely low density and thermal conductivity. Silica aerogel, specifically, is made from silicon dioxide and is renowned for being one of the best insulating materials available.
 
Technical Properties of Micro Silica Aerogel
Low Thermal Conductivity: Typically around 0.015 W/m·K, making it one of the best thermal insulators.
Lightweight: Densities as low as 0.003 g/cm³, significantly lighter than conventional insulating materials.
High Surface Area: Surface area can exceed 600 m²/g, providing extensive contact points for thermal resistance.
Porosity: Porosity greater than 90%, contributing to its low density and high insulation performance.
Hydrophobicity: Often treated to be water-repellent, preventing moisture absorption and maintaining insulation performance.
Fire Resistance: Non-combustible and can withstand high temperatures without degrading.
Applications of Micro Silica Aerogel
Construction:
Insulating panels and blankets for building envelopes.
Used in energy-efficient homes and buildings to reduce heating and cooling costs.
Industrial:
High-temperature insulation for furnaces, pipes, and equipment.
Insulation for petrochemical and power generation industries.
Aerospace:
Thermal protection for spacecraft and satellites.
Lightweight insulation for aircraft components.
Consumer Goods:
Insulating layers in clothing and outdoor gear.
Thermal liners for containers and packaging.
Automotive:
Insulation for battery packs and exhaust systems.
Thermal management in electric vehicles (EVs).
 
Microsilica Blankets
What is a Microsilica Blanket?
A microsilica blanket is a flexible and highly efficient insulating material made by embedding micro silica aerogel particles within a fibrous matrix. These blankets combine the exceptional insulating properties of aerogels with the flexibility and ease of use of traditional blankets.
Key Properties of Microsilica Blankets
Thermal Insulation: Very low thermal conductivity, typically between 0.018 to 0.023 W/m·K.
Lightweight: Offers excellent insulation without adding significant weight.
Flexibility: Can be cut, shaped, and wrapped around complex geometries.
Durability: Resistant to compression and mechanical stresses, maintaining insulation performance over time.
Fire Resistance: Non-combustible and able to withstand high temperatures.
Hydrophobicity: Treated to repel water, preventing moisture ingress and retaining insulation efficiency.
Applications of Microsilica Blankets
Construction:
Used as insulation in walls, roofs, and floors to enhance energy efficiency.
Ideal for retrofitting existing buildings with minimal thickness addition.
Industrial:
Insulation for high-temperature industrial processes and equipment.
Flexible insulation for pipelines, vessels, and tanks.
Aerospace:
Lightweight insulation for aircraft and spacecraft.
Used in thermal protection systems to safeguard sensitive components.
Consumer Goods:
High-performance insulation for thermal clothing and outdoor gear.
Insulating layers in high-performance coolers and containers.
Automotive:
Insulation for EV battery packs to manage thermal runaway risks.
Heat shields and thermal barriers in conventional and electric vehicles.
Advantages of Microsilica Blankets
Exceptional Insulation: Superior thermal performance compared to traditional insulation materials.
Versatility: Suitable for a wide range of applications across different industries.
Easy Installation: Flexible and easy to cut and shape, simplifying installation in complex configurations.
Durability: Maintains performance under mechanical stress and harsh environmental conditions.
Moisture Resistance: Hydrophobic treatment prevents moisture absorption and ensures long-term insulation efficiency.
Conclusion
Micro silica aerogel and microsilica blankets represent cutting-edge solutions for thermal insulation, combining the best properties of aerogels with the practicality and versatility of blanket forms. Their superior insulation performance, lightweight nature, and wide range of applications make them invaluable in industries ranging from construction and industrial to aerospace and automotive. These materials are key to enhancing energy efficiency, safety, and performance in various high-temperature and thermal management applications.