CONSARCTIC ABV48 Liquid Nitrogen Storage Vessel

• Long-term preservation of biological samples such as cells, tissues, and genetic material in research laboratories.
• Storage of pharmaceutical products and active pharmaceutical ingredients requiring ultra-low temperatures.
• Cryopreservation in biotechnology for seed banks, IVF clinics, and biobanks.
• Industrial applications requiring cryogenic temperatures for material science and component testing.

Typical capacity

Liquid nitrogen storage vessels for this class of equipment commonly range from 10 to over 100 litres.

Power supply

Passive liquid nitrogen storage vessels typically do not require an external power supply for operation, relying on vacuum insulation.

Material

Units of this type are commonly constructed from stainless steel for the outer casing and inner vessel.

Insulation

High-vacuum insulation, often with multi-layer super insulation, is standard for minimising heat transfer and LN2 evaporation.

Evaporation Rate

The static evaporation rate for similar vessels is typically very low, measured in litres per day, depending on design and condition.

Storage Format

Commonly designed to accommodate cryo-canisters, cryo-boxes, or bulk storage of samples in liquid or vapour phase.

• What is the typical hold time for a liquid nitrogen storage vessel?

  Hold time varies significantly based on the vessel's capacity, insulation quality, and usage frequency. For this class of equipment, it can range from several weeks to many months under ideal conditions.

• Does this type of vessel require regular maintenance?

• Can this unit store samples in both liquid and vapour phase?

• What safety precautions are necessary when operating a liquid nitrogen storage vessel?

• How is the liquid nitrogen level monitored in these vessels?

Liquid nitrogen storage systems are valued for reliable long-term sample preservation in research and pharmaceutical settings. Buyers typically prioritise checking insulation condition, vapour loss rates, and maintenance history when purchasing used units. Industry sentiment emphasises the importance of verifying calibration records and safety certifications before installation. Common strengths include robust construction and compatibility with existing laboratory infrastructure. Capacity requirements and storage location should guide selection, as should supplier support for ongoing servicing and spare parts availability.

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