Best Lab Dewar Flasks: Complete Buying Guide [2024]

The U.S.SOLID Liquid Nitrogen Storage Container is a high-quality and reliable cryogenic dewar flask designed for safe and efficient storage and transportation of liquid nitrogen. Crafted with durable aluminum alloy and featuring a well-insulated glass inner container, this flask ensures the secure preservation of biological samples, cells, and tissues, making it ideal for research laboratories, medical facilities, and scientific institutions.

This liquid nitrogen container comes complete with six stainless steel canisters and a convenient carry bag, providing a comprehensive storage solution. The canisters are designed to hold and organize your samples securely, while the carry bag facilitates easy transportation and handling. The flask's pressure relief valve ensures safe and controlled release of pressure, eliminating the risk of accidents. With its meticulously engineered design and rigorous quality control, this flask upholds the highest standards of safety and reliability.

SDF-500 Stainless Steel Dewar Flasks represent the pinnacle of precision and durability in laboratory settings. Their advanced design seamlessly integrates the benefits of stainless steel construction, providing exceptional resistance to corrosion and impact. This ensures steadfast performance in demanding environments and prolongs the lifespan of your equipment.

These dewar flasks are indispensable tools for cryogenic storage and temperature monitoring. The vacuum insulation design minimizes heat transfer, effectively maintaining sample temperatures within a narrow range. Coupled with the convenient lids featuring venting plugs, you can easily access your samples while preserving their integrity. The result is accurate and reliable temperature measurements, empowering you with confidence in your experimental outcomes.

U.S.SOLID's Cryogenic Container is a dependable solution for storing and transporting liquid nitrogen. Its 30L capacity and six canisters make it a suitable choice for laboratories and research facilities. The durable construction safeguards the contents during storage and transportation.

To ensure safety, this dewar requires cautious handling, with proper training recommended for users. Additionally, periodic maintenance is crucial to preserve its functionality and extend its lifespan. U.S.SOLID's Cryogenic Container is an effective tool in scientific settings, enabling the secure preservation of valuable samples.

The StonyLab Dewar Flask is a precision instrument designed to meet the demands of modern лабораторий. Its durable borosilicate glass construction ensures thermal insulation and resistance to temperature fluctuations, making it ideal for a variety of experimental procedures. The flask's cylindrical form and 200mm interior depth provide ample capacity for storing and mixing liquids, while its 60mm interior diameter allows for easy access with pipettes or other laboratory equipment.

The StonyLab Dewar Flask is further enhanced by its sturdy aluminum base, which provides stability and prevents tipping during handling. This is especially crucial when working with hazardous or volatile substances. The flask's versatility extends to a wide range of laboratory applications, from chemical reactions to cryogenic storage, making it an indispensable tool for researchers and scientists across various disciplines.

StonyLab's Dewar flasks are meticulously crafted from high-quality borosilicate glass, renowned for its exceptional resistance to chemicals and thermal shock. With an interior depth of 90mm and diameter of 94mm, these flasks provide ample capacity for various laboratory applications. The aluminum base adds stability and durability, ensuring safe handling even with heavy contents.

The primary advantage of Dewar flasks lies in their remarkable thermal insulation properties. They are designed to minimize heat transfer, effectively preserving the temperature of stored liquids. Whether you need to maintain hot or cold temperatures, these flasks effectively meet the requirements. The vacuum between the double walls and silvered surfaces further enhance insulation, ensuring accurate and consistent temperature control throughout experiments.

For those seeking a dependable and functional liquid nitrogen storage solution, our 3-Liter Cryogenic Nitrogen Tank emerges as an exceptional choice. Its generous capacity of 3 liters offers ample space for preserving precious specimens, making it an ideal option for various scientific and medical applications. The robust construction from aluminum alloy guarantees durability, ensuring years of reliable service.

One notable feature of this cryogenic tank is its inclusion of six canisters, providing a convenient and secure storage system. Each canister is designed to safeguard the integrity of your samples. Whether you're a professional in the field of cryogenics or a researcher requiring secure storage, this tank delivers confidence and ease of use. Additionally, the inclusion of a carry bag enhances portability, making it ideal for transportation or field use. However, it's important to note that handling and maintaining cryogenic tanks requires specialized knowledge. Regular monitoring and refilling of liquid nitrogen are crucial to ensure optimal storage conditions. By adhering to proper handling procedures, you can harness the full potential of this cryogenic tank.

The U.S.SOLID 6L Cryogenic Container is an exceptional choice for laboratories requiring a dependable and spacious storage solution for liquid nitrogen and semen. Its generous 6L capacity provides ample space for preserving biological materials, making it an ideal option for larger-scale storage needs. Constructed from durable materials, this dewar flask can withstand the demands of daily lab operations, ensuring the integrity of your samples. Additionally, the inclusion of six canisters and a convenient carry bag enhances its functionality and portability.

While the container's weight when filled can be a consideration, its robust build ensures stability and longevity. For specialized applications, additional accessories may be required to achieve optimal performance. Overall, the U.S.SOLID 6L Cryogenic Container strikes an excellent balance between capacity, durability, and ease of use, making it a valuable asset for any laboratory seeking a reliable and efficient storage solution for liquid nitrogen and semen.

The U.S.SOLID 10L Cryogenic Lab Dewar Flask, optimized for laboratory applications, offers an exceptional solution for cryogenic storage and transportation. Its generous 10-litre capacity provides ample space for storing biological samples, reagents, and various materials. Constructed from robust materials, this dewar flask guarantees durability and extended service life.

The flask's secure design, featuring integrated straps, ensures safe handling and transportation. Its compatibility with six canisters allows for customized storage configurations. However, it is essential to note that additional canisters may entail separate expenses. While the dewar flask is designed for liquid nitrogen storage, specialized handling is crucial to ensure safety during use.

The Bonvoisin 6L Cryogenic Container is an exceptionally crafted lab dewar flask, designed to preserve sensitive biological samples and specimens immersed in liquid nitrogen. It boasts a robust aluminum alloy construction, ensuring durability and the ability to withstand demanding laboratory environments. The spacious 6L capacity provides ample storage space, allowing for the secure preservation of a large number of samples.

One of the key highlights of this dewar flask is its well-thought-out design, featuring six canister slots to accommodate dedicated canisters. While the canisters are not included, their availability ensures safe and organized sample storage within the dewar. The sturdy carry bag included with the container makes it easy to transport and maneuver, even when fully loaded. Overall, the Bonvoisin 6L Cryogenic Container is an excellent choice for labs requiring a high-quality and reliable storage solution for cryogenic specimens.