Supplier: Thermo Fisher Scientific

HDPE flask and cover. Shatterproof flasks for short term storage of ice water, dry ice solvent and liquid nitrogen.

Supplier: KGW

Dewar flasks made of borosilicate glass 3.3 DIN/ISO 3585, for storing and tranporting of LN₂, CO₂ and other cooling liquids. Suitable as insulating flasks.

Supplier: KGW

Dewar flask made of borosilicate glass 3,3. It is suitable for liquid or solid media's and solid matters.

Supplier: KGW

Dewar vessel, in silvered borosilicate glass, blue coated metal protective covering. For storage of liquid nitrogen, dry ice and other coolants.

Supplier: KGW

Dewar flask made of borosilicate glass 3,3 with blue-coated metal cover.

Supplier: KGW

Silvered borosilicate glass, blue coated metal protective covering (B) or stainless steel (B-E). For storage and transport of liquid nitrogen, dry ice and temperature-sensitive goods.

Supplier: KGW

Dewar flask is an insulated stirrer flask made up of borosilicate glass 3.3. It is used for storage of liquid or solid media's and solid matters coolants.

Supplier: KGW

Dewar flasks are made of glass and are reliable and economical with a protective casing out of blue-coated metal. These are used in laboratory techniques, medicinal techniques, biotechnology, storing of CO₂ and pressure-less space for coolants.

Supplier: KGW

Dewar flasks are made up of borosilicate glass 3,3 and stainless-steel cover. For storage of liquid nitrogen, dry ice and other coolants.

Supplier: KGW

Silvered borosilicate glass, structured aluminium protective covering. For tempering of round bottom flasks, cooling of small samples. They are vacuum insulated and silvered.

Supplier: Thermo Fisher Scientific

Transport cryogenic industrial gases with Thermo Scientific™ LN₂ supply tanks, which are designed to be both durable and user-friendly.

Supplier: KGW

Dewar flasks made from silvered borosilicate glass, brushed aluminium protective covering.

Supplier: KGW

Dewar flasks in stainless steel for storage and transport of liquid nitrogen, dry ice and other coolants. They are vacuum insulated and have a temperature range from −200 to +200 °C.

Supplier: KGW

Liquid nitrogen containers are made up of vacuum insulated stainless steel.

Supplier: KGW

These containers are made from light aluminium with compound materials in the neck range and has super insolation foil in the vacuum space.

Supplier: Thermo Fisher Scientific

Designed for both liquid and vapor phase storage, the Thermo Scientific™ CryoExtra™ series features automated temperature monitoring and microprocessor-based LN2 level control, providing peace-of-mind for valuable samples.

Supplier: SP Industries

These dewar Flasks provide a convenient alternative to VT systems for studies at 77 K, and are silvered around the reservoir. 150 ml flask lasts 30 minutes after a filling. The offset versions (WG-853) are designed for cavities that have limited space between the reservoir and the drive shaft for iris.

Supplier: Air Liquide

Dewar vessel in stainless steel. For all applications covering a wide temperature range from −200 to +200 °C.

Supplier: Air Liquide

Specially designed for transportation of biological products.

Supplier: Air Liquide

Range of non-pressurised vessels used to store and transport liquid nitrogen.

Supplier: Air Liquide

Aluminium vessels designed for long term storage of biological samples in straws or cryo-vials. Two ranges are available the GT long time range (∅ neck ≥50 mm) and the GT large capacity range (∅ neck ≥80 mm).

Supplier: Air Liquide

These vessels are designed for long term storage of biological samples in straws, cryo-vials and bags. A variety of electronic options on all models rack or canister storage systems for the samples.
Made of aluminum and composite materials.

Supplier: Air Liquide

Large storage capacity for straws, cryo-vials and bags. Easy to use immediate access to products and samples. Variety of electronic options on all models.
Stainless steel construction.

Supplier: Air Liquide

Range of self-pressurised vessels used to store and draw off liquid nitrogen at low pressure. The operating head can be removed in a few seconds and is fitted with a pressure gauge and two safety valves.

Supplier: Thermo Fisher Scientific

Ensure optimal safety and security using Arctic Express™ transport systems - ideal for shipping infectious materials or biological samples at cryogenic temperature. These shippers feature a range of capabilities that ensure the highest safety and security of valuable samples as they are transported via air or ground.

Supplier: Thermo Fisher Scientific

Economically store up to 6000 samples in this cryogenic storage system that makes sample retrieval simple and consumes minimum liquid nitrogen.

Supplier: VWR Collection

For small to medium capacity applications, the CC series offers traditional canister-style cryogenic storage in efficient narrow neck designs.

Supplier: Thermo Fisher Scientific

Cryogenic vessels are ideal to store cells, tissues and biologicals in an economical and biological manner.

Supplier: Thermo Fisher Scientific

Locator™ cryogenic rack and box systems allow quick, efficient sample retrieval with maximum storage capacity (up to 6000 samples with Locator™ Plus) combined with minimum liquid nitrogen consumption.

Supplier: Thermo Fisher Scientific

Dual storage vessels are used to protect non-hazardous samples during shipment and storage. Featuring excellent flexibility and safety features, these systems can be used as dry shippers or laboratory cryo vessels.