new material
Aerogel Materials are ultra-lightweight, nanoporous solids with exceptional thermal insulation (0.015W/mK), high surface area (500-1000m²/g), and outstanding fire resistance for extreme environment applications.
Product Overview
Aerogel materials are lightweight, three-dimensional porous solids made by the aggregation of nanoscale particles, forming a nanostructure with gas-filled nanopores. Due to their unique nanoporous structure, aerogels are known as the "ultimate thermal insulation materials," offering thermal properties far surpassing traditional materials. Aerogels are not only extremely lightweight but also provide excellent thermal insulation in both high and low-temperature environments. They are widely used in high-end industrial and defense applications, as well as in energy-saving solutions.
Features
- Outstanding Thermal Insulation Performance: Aerogel materials provide superior insulation, offering 2-5 times better performance than traditional insulation materials, suitable for extreme hot and cold environments.
- Lightweight Structure: Lighter than traditional materials, with a high specific surface area, ensuring efficient thermal management.
- High Temperature Resistance: Stable at extremely high temperatures, widely applied in thermal insulation and protection in high-temperature environments.
- Strong Weather Resistance: Exceptional waterproof and moisture resistance, ensuring long-term stability and reliability.
- Environmentally Friendly & Energy-Saving: Significantly reduces energy consumption in industrial applications and minimizes carbon emissions during production and use.
Applications
- Metallurgical and Construction Industries: Used for insulating furnace walls, heating equipment, and other high-temperature protective applications.
- Building Energy Efficiency: Used as high-efficiency building insulation material, enhancing energy efficiency in buildings and reducing heating and air-conditioning energy consumption.
- Petrochemical Industry: Widely applied in thermal insulation for petroleum refining, natural gas pipelines, and equipment.
- Power Industry: Used for high-efficiency insulation in power plant boilers, pipes, valves, and other equipment.
- Urban Pipelines: Applied in district heating networks, natural gas pipelines, and similar applications to effectively reduce heat loss.
- Aerospace: Used in spacecraft external protection and insulation for rocket engines, nozzles, and other aerospace components.
- Defense and Weaponry: Provides crucial thermal protection technology to ensure the normal operation of weapon systems in extreme environments.
