Product Management
Excellent thermal insulation: thermal conductivity is as low as 0.012 - 0.03W/(m・k), which can effectively block heat transfer, reduce heat exchange and energy consumption.
Lightweight and load-reducing: low density, greatly reducing weight, reducing structural loads such as buildings, and reducing the risk of falling off.
Good fire resistance: Class A non-combustible, good flame retardancy, can prevent the spread of flames, inhibit radiant heat conduction during fire, and buy rescue time.
Strong weather resistance: hydrophobic and moisture-proof, with a hydrophobic rate of over 99%, anti-aging, and can maintain stable thermal insulation performance for a long time in complex environments.
Convenient construction: various construction methods, low skill requirements for construction personnel, less waste, and can shorten the construction period.
Environmental protection and energy saving: low VOC emissions, water as a solvent, pollution-free production and use; high efficiency insulation, reducing heating and cooling energy consumption.
Diverse functions: some have light and air permeability, sound insulation and noise reduction functions, and also have waterproof, anti-corrosion and wear-resistant, insulation and other characteristics.
FAQ
Q: What are the application areas of Aerogel insulation panel?
A: In the construction field, it is used for thermal insulation of exterior walls and roofs; in the industrial field, it is suitable for thermal insulation of high-temperature equipment and pipelines; in the aerospace field, it can be used for thermal protection of spacecraft; in the field of electronic appliances, it is used for equipment heat dissipation management; in the field of new energy vehicles, it is used for thermal insulation of battery packs, etc.
Q: What is the thermal insulation principle of Aerogel insulation panel?
A: Aerogel insulation panels mainly rely on aerogel nanoporous network structure, and its pores are filled with gaseous dispersion medium, which greatly inhibits heat conduction, convection and radiation. The low thermal conductivity and tortuous pore structure of the gas hinder heat transfer, and special ingredients can inhibit infrared radiation heat transfer.
Q: What are the key technologies for producing Aerogel insulation panel?
A: Key technologies include aerogel preparation technology, such as supercritical or subcritical fluid extraction technology, to form nanoporous structure; fiber reinforcement technology to improve the structural stability and resilience of the board; composite processing technology to compound aerogel with other materials to optimize comprehensive performance.
Q: How to ensure the quality stability of the product?
A: Start with raw material control, strictly screen raw materials such as aerogel; during the production process, accurately control process parameters such as reaction temperature and time; establish multiple quality inspection links, including online monitoring and finished product sampling, and adjust production in a timely manner to ensure that products meet quality standards.
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