Aerogel Material

The heat conduction path is infinitely long: The mesh-like framework of aerogels infinitely extends the heat conduction path, making heat conduction extremely difficult; and the nanoporous structure forms countless gas-solid interfaces, making it difficult for heat to be conducted at the gas-solid interfaces.

Air cannot circulate in the pores: The pore size of aerogel (20-50nm) is smaller than the mean free path of air (70nm), which means that gas molecules cannot circulate freely in the pores, thus inhibiting thermal convection between gas molecules.

The aerogel network framework forms an "infinite thermal barrier effect," which has a good shielding effect on infrared radiation.

New Energy Vehicle Sector: High-performance heat insulation pads between battery cells.

Pipe Insulation: Pipe insulation for mid-to-high-end applications.

New Building Materials Sector: Mid-to-high-end building wall insulation.

Consumer Electronics: e-cigarettes, coffee makers, satellite phones, etc.

Aerospace and Marine Industries: Thermal insulation for irregularly shaped components.