Horizontal design for low-pressure transport and storage. The ideal cryogenic liquid nitrogen dewar for interaction with LN2 liquefiers. Equally good for liquid argon and oxygen. Easy to move and conveniently accessible in multiple sizes and configurations.

Airgas supplies liquid cylinders, cryogenic tanks and even dewars with various volume capacities to safely contain liquid gas such as argon, carbon dioxide, nitrogen and oxygen. These liquid gases must be stored at extremely low temperatures …

How to size a liquid nitrogen dewar, and features to consider when selecting a container for your cryogenic system.

Liquid Nitrogen LN2 Dewars provide storage for small amounts of liquid nitrogen or cryogenic samples, ranging in sizes from 0.17 to 175-liter capacities. These cryogenic dewars are typically used in laboratory, research and clinical applications.

Size chart for cryogenic containers and cylinders. View dimensions and capacities.

The ideal dewar/tank for straight cryogenic liquid dispensing; Sizes from 15 liters to 500 liters, custom sizes up to 5000 liters; Convenient fill/withdrawal valve; Prevents overfilling with full tri-cock configuration vent valve; Safety features include pressure gauge & relief devices; Simple-to-read differential pressure-type liquid level gauge

Bio high capacity Liquid Nitrogen Dewars including internal storage canisters suitable for the storage of biological material on canes or straws in goblets for use in cryo-EM applications. Average lead time: 179 days

Brymill Cryogenic Systems offers liquid nitrogen storage dewars in various sizes to meet your LN2 storage needs. Explore options and find a distributor.

Liquid Nitrogen (LN2) is commonly supplied in either a Dewar or a bulk delivery system. Dewars can be ordered from a local cryogenic supplier. Typical Dewar sizes are 160L (285 lbs), 180L (321 lbs) and 230L (410 lbs). Delivery pressures for an LN2 dewar are available as low (25-50 psi) and high (100 - 230 psi).

2023年7月19日 · How to size a liquid nitrogen dewar, and features to consider when selecting a container for your cryogenic system.