Internal Threaded CryoClear™ Vials
Manufacturer: Globe Scientific
Starting at from $44.80 Sale $40.32
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Internal Threaded CryoClear™ Vials
Description
You've spent days, months, even years getting your labor of love to this point . . . don't risk losing your precious samples to something as simple as a problematic o-ring!
Globe Scientific CryoClear™ vials feature an innovative polyethylene (PE) screw cap that is co-molded with a layer of thermoplastic elastomer (TPE). This special manufacturing process provides the leak-proof benefits required, while eliminating the risk of contamination and sample loss associated with the use of separate o-rings.
Store your samples with the utmost confidence using CryoClear™ cryogenic vials: the best and most leak-resistant cryogenic vials available for the long-term storage of samples at temperatures as low as -196°C.
Features:
- Enhanced cap features a star socket designed specifically for use with automated capping/decapping equipment
- Unique barcode printed on each vial for automated data collection
- White writing surface for specimen identification
- Printed graduations for accurate measurements
- Vials and caps are autoclavable
- Produced from medical grade raw materials that will not discolor after re-sterilizing
- Tamper evident packaging
- Self-standing tubes interlock in Globe workstation racks
- NOT TO BE USED IN THE LIQUID PHASE OF LIQUID NITROGEN
- Produced from Medical Grade Polypropylene, Polyethylene and TPE
- Screwcaps are molded with a thermoplastic elastomer (TPE) layer to provide a 100% leak-proof seal
- Non-Pyrogenic, Non-Cytotoxic, Non-Mutagenic, Heavy Metals Free, BSE/TSE Free (Ingredients of animal origin)
- RNase, DNase, ATP, and Human DNA free
Please Note: CryoClear™ Vials are not to be used in the liquid phase of liquid nitrogen.
SKU | Bottom Style | Cap Color | Cap Material | Cap Type | Material | Sterility | Thread Finish | Type | Graduated |
---|---|---|---|---|---|---|---|---|---|
3001-50 | Conical | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3001 | Conical | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3002-50 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3002 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3003-50 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3003 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3004-50 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Yes | |
3004 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Yes | |
3005-50 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3005 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3006-50 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Yes | |
3006 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Yes | |
3008-50 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
3008 | Round | Clear | Polyethylene | Screw Cap | Polypropylene | Sterile | Internal | Self-Standing | Yes |
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When thawing cryopreserved cells, time is the most important factor. In general, cells must thaw quickly. As a culture freezes, ice is formed. Upon thawing, these ice shards can puncture cells, thus decreasing viable cell dens.