For Low Temperature Insulation

Alkegen delivers the most thermally efficient protection for liquified gas piping, transport and storage vessels. Our low temperature insulation solutions are engineered to meet the complex needs of cryogenic vessel manufacturers to enable the safe, efficient transport and storage of supercooled liquified gases.

Featured Application Stories

Oil and Gas Industry Non-Biopersistent Solution

Typical Applications for CryoTherm and Biosoluble CryoTherm Families

  • Cylinders
  • Dewars
  • ISO tanks (intermodal)
  • Microbulk
  • Mini storage (small plant)
  • Rail cars
  • Storage tanks
  • Trailers
  • Vacuum jacketed piping

CryoTherm® Family

Super-Insulation for Super-Cooled Liquified Gases

100% inorganic microfiber glass non-woven insulation that prevents costly evaporation losses of super-cooled liquified gases.

CryoTherm 233
CryoTherm 243
CryoTherm 1303

CryoTherm Family Product Information Sheet

Material Properties

Temperature Grade
-452°F (4 K)
Composition
Non-Woven Glass Fiber
Chemistry
Glass Microfiber
Non-Biopersistent Glass Microfiber

Biosoluble CryoTherm® Family

Made with unique biosoluble microfiber glass to address
health and safety concerns of cryogenic vessel and piping manufacturers without sacrificing insulation performance.

CryoTherm 1303B (Non-Biopersistent)
CryoTherm 233B (Non-Biopersistent)

Biosoluble CryoTherm Product Information Sheet

Typical Applications for CRS-Wrap and Biosoluble CRS-Wrap

  • Cylinders
  • Dewars
  • ISO tanks (intermodal)
  • Microbulk
  • Mini storage (small plant)
  • Rail cars
  • Storage tanks
  • Trailers
  • Vacuum jacketed piping

CRS-Wrap®

The most thermally efficient cryogenic insulation and the industry standard for multi-layer insulation (MLI)

Super-Insulating media combines inorganic microfiber glass non-woven with aluminum foil to form a collated, super-insulating system of radiant barriers and spacers on one roll. Since the wrap contains no adhesive or any adherent, outgassing in vacuum space is minimized while wrapping capabilities are maximized.

CRS-Wrap Traditional

CRS-Wrap Product Information Sheet

Material Properties

Temperature Grade
-452°F (4 K)
Composition
Non-Woven Glass Fiber
Chemistry
Glass Microfiber
Non-Biopersistent Glass Microfiber

Biosoluble CRS-Wrap®

Made with unique biosoluble microfiber glass to address critical health and safety concerns of cryogenic vessel and piping manufacturers. Provides the same insulation performance advantages as traditional CRSWrap with the added benefit of non-biopersistent properties.

CRS-Wrap 1303B (NON-BIOPERSISTENT)

CRS-Wrap 1303B Product Information Sheet

CRS-Wrap® MLI Blankets

Custom Made Unique Combination For Super-Insulation

CRS -Wrap® custom made multilayer insulation (MLI) blankets combine inorganic nonwoven glass fiber with aluminum foil to form a collated, super-insulating system of radiant barriers and spacers in a pre-made shape to perfectly fit the geometry and complexity of your inner vessel design.

CRS-Wrap® MLI Blankets

Typical Applications for Cryo-Lite

  • Over-the-road tankers
  • Rail cars
  • Stationary storage tanks

Cryo-Lite®

A Cryogenic Insulation Blanket for Stationary and Mobile Tanks and Railcars

Offering a broad operating temperature range with optimal thermal protection and excellent stability.

Cryo-Lite Product Information Sheet

Material Properties

Temperature Grade
-450°F (-268°C) – 450°F (232°C)
Composition
Glass Microfiber
Chemistry
Specially Blended Glass Fibers

Typical Applications for Double Aluminized Polyester Film

  • Superconductive magnets
  • Helium liquefiers
  • Science and research

Double Aluminized Polyester Film

Super-Insulation for Super-Cooled Liquified Gases

Reflective media for Cryogenic MLI vacuum applications

Double Aluminized Polyester Film Product Information Sheet

Material Properties

Temperature Grade
-452°F (4 K)
Composition
Aluminized Polyester

Testing and Engineering Capabilities

Alkegen provides dedicated on-site installation support and application engineering expertise for all your cryogenic insulation requirements.

  • Thermal imaging for performance validation
  • Thermal conductivity for material characterization
  • Thermal modeling for engineering solutions

General Characteristics

ICON: O2 Compatible Non-Flammable

O2 Compatible Non-Flammable

ICON: Extremely Low Temperatures to Absolute Zero

Extremely Low Temperatures to Absolute Zero

ICON: Minimizes Radiative Heat Transfer Limits Evaporation

Minimizes Radiative Heat Transfer Limits Evaporation

ICON: Non-Biopersistent Solutions

Non-Biopersistent Solutions

ICON: No Out-Gassing

No Out-Gassing

ICON: Highest Performance Lowest Thickness

Highest Performance Lowest Thickness

Learn more about Alkegen's Cryogenic Expertise