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This handled Dewar vacuum flask is perfect for temporary storage and liquid gas service, especially… Show more (+) This handled Dewar vacuum flask is perfect for temporary storage and liquid gas service, especially Liquid Nitrogen. With a wide-mouth design and a fully silvered borosilicate glass inner flask, it incorporates the convenience of a coated handle and full aluminum base on the most popular cylindrical model sizes from the Lab Grade line. All models use fitted polyethylene caps for extended holding.
- Cylindrical, wide mouth
- Vacuumed to the -5 torr for efficiency
- The Dewar lip is extended to facilitate pouring
- Bottom of Dewar base has a cushioned rim for added stability
- Polyethylene stopper, specially vented, minimizes evaporation
- Aluminum metal housing extends full length of Dewar for added protection Show less (-) |
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A stainless steel mortar is suspended by three brackets above a stainless steel bowl which… Show more (+) A stainless steel mortar is suspended by three brackets above a stainless steel bowl which holds the liquid nitrogen. The bowl is nested in a well insulated polyethylene housing. The 4" (102mm) insulated handle is removable for saving space. The housing measures 6½" (165mm) in diameter, 4½" high, and has three suction cup-feet. Now frozen tissue samples can be ground without the hazard of liquid nitrogen droplets flying into personnel Show less (-) |
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Oils are widely used in crystallography – as cryoprotectants when samples are flash cooled, and… Show more (+) Oils are widely used in crystallography – as cryoprotectants when samples are flash cooled, and as barriers to the dehydration, solvent evaporation, and oxidation, that may occur in air near and above room temperature. The ice ring seen in the diffraction pattern of flash cooled protein crystals arise primarily from crystallization of the aqueous solution surrounding the crystal, not of the internal solvent. Oils can displace and replace this surrounding solution with little risk of damage due to osmotic shock.
Unit : 1.5 ml / vial Show less (-) |
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- Use with Thermal Microbeads to create a one size fits all dry bath solution
… Show more (+) - Use with Thermal Microbeads to create a one size fits all dry bath solution
- Fits all standard sized dry bath systems
- Microbeads tightly surround tubes, microtubes and bottle sot evenly distribute temperatures
- Single and double place chambers allow maximum flexibitiliy when working with dry baths
- Use with dry ice in our popular pans and buckets for fully customized sample cooling Show less (-) |
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Ideal for Ice Pans and Ice Buckets
Ideally Sized – For use when only a… Show more (+) Ideal for Ice Pans and Ice Buckets
Ideally Sized – For use when only a small number of microtubes are required.
Maximize Work Area – Each Mini-Chamber will fit in our 1L Glacierbrand™ Ice Pan (6.13" x 6.13" x 3.61").
Minimize Ice – Less Ice is needed to cool these chambers. Less ice means less mess.
Same Great Engineering – Mini-Chambers are anodized aluminum and utilize our "Surround-A-Tube" cooling technology.Mini-Cooling Chambers
Brochure Show less (-) |
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Polycarbonate container, high-density polyethylene closure, tube holder, foam insert
Mr. Frosty Cryo 1°C Freezing Containers… Show more (+) Polycarbonate container, high-density polyethylene closure, tube holder, foam insert
Mr. Frosty Cryo 1°C Freezing Containers are inexpensive, reusable and convenient devices for freezing biological samples. Freeze cells in tubes from 1 to 5 ml using the Mr. Frosty™ Freezing Container. The simple-to-use system is designed to achieve a rate of cooling very close to -1°C/minute, the optimal rate for cell preservation. Isopropyl alcohol is necessary to achieve the recommended rate of cooling. Show less (-) |
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Cryogenics Liquid Nitrogen Transfer Vessels
Thermo-Flask provides safe extended temperature retention for specimens stored in… Show more (+) 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 1x10-5 mm of Hg to provide maximum coolant retention.
Example of Possible Retention Times at 80% Full Liquid Nitrogen Retention: Show less (-) |
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Cryogenics Liquid Nitrogen Transfer Vessels
Thermo-Flask provides safe extended temperature retention for specimens stored in… Show more (+) 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 1x10-5 mm of Hg to provide maximum coolant retention.
Example of Possible Retention Times at 80% Full Liquid Nitrogen Retention: Show less (-) |
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The World's Most Versatile and Effective Benchtop Cooling and Storage System
Each complete CoolSafe System… Show more (+) The World's Most Versatile and Effective Benchtop Cooling and Storage System
Each complete CoolSafe System includes:
1 CoolSafe box with lid, 1 Cool Chamber and 2 Cool Bricks (1°C & -10°C) Show less (-) |
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- Additional sample protection
- Smaller bench-top footprint
- Improved portability
- Clear lid for… Show more (+) - Additional sample protection
- Smaller bench-top footprint
- Improved portability
- Clear lid for sample visibility
*Each complete CoolSafe Deluxe system includes:
1 CoolSafe Deluxe box, 1 Cool Chamber and 2 Cool Bricks (1°C & –10°C)
**These Chambers also include 4 holes for 1.5 ml tubes and 6 holes for 0.5 ml tubes Show less (-) |
