You searched for: Dewars and Cryogenic Vessels

Supplier: Pope Scientific

These vacuum lab-grade standard dewars are manufactured for efficient use with liquid nitrogen (LN₂) and other liquid gases.

Supplier: Kemtech America

Synthware Dewar flask with weighted metal base for stability and a full length aluminum housing which extends to the top rim for added protection.

Supplier: Pope Scientific

These flasks are ideal for temporary storage and liquid gas service, especially liquid nitrogen. The cylindrical, wide mouth design with the fully silvered borosilicate glass inner flask incorporates the convenience of a coated handle.

Supplier: Chemglass

Dewar flask with weighted metal base for stability and protective plastic mesh cover providing a firm grip and a cushion in the event the flask is bumped

Supplier: CRYSTAL TECHNOLOGY & INDUSTRIES

These Stainless Steel Dewar Flasks are ideal for the storage and transport of low-temperature liquids and gases, or high-temperature liquids.

Supplier: Chemglass

Unbreakable Dewar flask is made entirely of stainless steel

Supplier: Pope Scientific

These flasks are manufactured for use with liquid nitrogen (LN₂) and ideal for use with liquid gases

Supplier: Pope Scientific

Borosilicate glass with double walls completely silvered. Covered with plastic mesh for additional protection against mechanical shock or implosion. With styrofoam stopper.

Supplier: Electron Microscopy Sciences

Cryogenics Liquid Nitrogen Transfer Vessels. Thermo-Flask provides safe extended temperature retention for specimens stored in liquid nitrogen or solid CO2, and thus have a broad range of applications in industrial, educational, and clinical fields. Thermo-Flask features borosilicate glass inner liners which have been evacuate to 1 x 10-5 mm of Hg to provide maximum coolant retention.

Supplier: CRYSTAL TECHNOLOGY BE

Store and transport low-temperature liquid gases or high temperature liquids. Dewar flasks are available in two sizes, 1000 or 500 ml.

Supplier: 0

For small to medium capacity applications, this 20.5 L canister offers traditional canister-style cryogenic storage in an efficient narrow neck design.

Supplier: Electron Microscopy Sciences

Thermo-Flask provides safe extended temperature retention for specimens stored in liquid nitrogen or solid CO₂. The flasks features borosilicate glass inner liners which have been evacuate to 1 x 10 – 5 mm of Hg to provide maximum coolant retention.

Supplier: Taylor-Wharton

Cryo Express (CX) vapor shippers are designed to safely transport a variety of materials at cryogenic temperatures.

Supplier: HAMPTON RESEARCH MS

The standard foam dewar shape is circular in design with a protruding handle, so that it resembles a large teardrop. Like most lightweight insulation materials, the thermal conductivity of the foam is predominantly determined by the thermal conductivity of air, which eventually permeates the pores of the foam material.

Supplier: Alkali Scientific

Store biological samples safely with the liquid nitrogen storage system, providing reliable cryogenic storage solutions.