Aerial view of an LNG terminal with storage tanks, pipework and a carrier at the jetty on a green coast

NanoPolar™ Cryogenic Aerogel Insulation Blanket

Aerogel blanket for LNG, sub-ambient and cold-chain systems down to -196°C.

Flexible aerogel insulation blanket with foil vapor barrier being wrapped around a large pipe on site
Cryogenic

Temperature Stability in the Coldest Environments

NanoPolar is our advanced aerogel insulation formulated for cryogenic and sub-ambient temperature control. It prevents heat gain, minimizes boil-off, and maintains strict temperature stability in the coldest environments on earth.

It gives an exceptional thermal barrier at sub-zero temperatures, eliminates the need for bulky traditional insulation, reduces the risk of moisture ingress, and resists cracking under thermal shock.

  • Down to -196°C
  • Minimizes boil-off
  • Resists thermal shock
Key Features

Built for Cryogenic Service

  • Exceptional Thermal BarrierPerforms at sub-zero temperatures.
  • No Bulky InsulationEliminates the need for bulky traditional insulation.
  • Reduced Moisture IngressReduces the risk of moisture getting into the system.
Roll of NanoPolar cryogenic aerogel insulation blanket with its foil vapor barrier facing
  • Thermal Shock ResistanceResists cracking under thermal shock.
  • Prevents Heat GainKeeps heat out of sub-ambient systems.
  • Minimizes Boil-OffMaintains strict temperature stability.
Applications

Where NanoPolar™ Is Used

Ideal for cryogenic and sub-ambient systems, from LNG to the cold chain.

  • Liquefied Natural Gas (LNG) transport and storage
  • Aerospace systems
  • Biomedical refrigeration
  • Petrochemical cold-chain logistics
FAQ

Questions About NanoPolar™

NanoPolar™ is our advanced aerogel insulation formulated for cryogenic and sub-ambient temperature control. It prevents heat gain, minimizes boil-off and maintains strict temperature stability in the coldest environments.

It is ideal for Liquefied Natural Gas (LNG) transport and storage, aerospace systems, biomedical refrigeration and petrochemical cold-chain logistics.

Yes. NanoPolar™ provides an exceptional thermal barrier at sub-zero temperatures and eliminates the need for bulky traditional insulation.

Moisture retained near metal can contribute to CUI. NanoPolar™ reduces the risk of moisture ingress, which is one of the main causes of failure in cold insulation systems.

Yes. NanoPolar™ resists cracking under thermal shock, so it keeps protecting the system as temperatures change.

Product Enquiry

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