You searched for: Dewars and Cryogenic Vessels

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

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

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

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 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 made from silvered borosilicate glass, brushed aluminium protective covering.

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 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

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

Supplier: KGW

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

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

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

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

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: TAYLOR WHARTON

The LD series Dewars are designed for storing and dispensing small amounts of liquid nitrogen.

Supplier: WESBART

Inventory control systems (ICS) for the 3K series either vapour or liquid phase.

Supplier: TAYLOR WHARTON

The K series cryogenic systems offer reliable liquid nitrogen storage with controllable temperatures down to −196 °C. The systems are ideal for liquid or vapour phase storage of samples. The combination of automatic filling, alarms, easy access to stored product and the temperature gradient suppression system give excellent vapour phase storage temperature control and recovery. For full automation of the 10K, 24K and 38K, a controller is required.

Supplier: TAYLOR WHARTON

The HC and VHC series refrigerators are designed for storing large quantities of a variety of materials at cryogenic temperatures. Temperatures generally range between −196 °C at the liquid surface and −184 °C under the closed necktube core.

Supplier: TAYLOR WHARTON

The Taylor Wharton XL series of low-pressure liquid gas cylinders are specifically designed for laboratory applications using LN₂. The XL-160, XL-180 and XL-240 allow for frequent usage, especially the pressure building models (which rapidly build pressure, thus reducing waiting time) and provide for larger on-site requirements. Ideal for use with the Taylor Wharton K-Series refrigerators.

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.