1. Select appropriate aerogel materials according to the working conditions and requirements.
2. Aerogel materials cannot be constructed with temperature. If construction with temperature cannot be avoided, it is necessary to communicate with relevant personnel of our company in advance.
3. Safety protection preparations should be made in advance before construction.
4. Select a suitable cutting area for cutting aerogel materials.


Technical Support
FAQ
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q Attention before installationExpandFold upa
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q High permeability leads to alkali bleeding and discolorationExpandFold upa1. Select appropriate aerogel materials according to the working conditions and requirements.
2. Aerogel materials cannot be constructed with temperature. If construction with temperature cannot be avoided, it is necessary to communicate with relevant personnel of our company in advance.
3. Safety protection preparations should be made in advance before construction.
4. Select a suitable cutting area for cutting aerogel materials. -
q The advantages of aerogel insulation blanket over other insulation materialsExpandFold upaAdvantages of aerogel insulation blanket over traditional insulation materials.
Traditional insulation materials are divided into three categories: organic foams, inorganic foams and fiber products. -
q What are the benefits of using aerogel insulationExpandFold upaWhat benefits will aerogel materials bring to you:
Extremely low thermal conductivity offers supreme insulation performance
Hydrophobic while vapor permeable, refraining Corrosion Under Insulation(CUI) -
q What are the health impacts of aerogel dust?ExpandFold upaExposure to aerogel dust during handling can cause dry skin and irritation to the eyes, skin, and respiratory tract.
These effects are common to many types of dust, not just aerogel. Inhaling excessive amounts of any dust can irritate the respiratory system. -
q Combustion Properties of Aerogel DustExpandFold upaAn independent lab tested the combustion properties of aerogel dust. Its Minimum Explosible Concentration (MEC) was found to be 575 g/m³. Furthermore, no ignition occurred during the Minimum Ignition Energy (MIE) test, even at the maximum available energy of 28.8 joules from the test apparatus.

