Thermo Nunc CryoTubes 3.6 mL, Clear PP with Internal Thread Cap, U-Shaped Bottom, Writing Area, Sterile (Pack of 8x50)

The Thermo Nunc CryoTubes are designed for the secure storage and transportation of biological samples at cryogenic temperatures. Each tube is made from clear polypropylene (PP) and features an internal thread cap with a silicone gasket to ensure a tight seal. The U-shaped bottom facilitates easy sample collection, and the writing area allows for clear labeling. Sterilized and certified RNase- and DNase-free, these tubes meet IATA and USP Class VI standards for transporting diagnostic specimens. Available in packs of 8 boxes, each containing 50 tubes.

Key Features:

• Brand: Thermo Nunc
• Material: Clear polypropylene (PP) for visibility and durability
• Capacity: 3.6 mL
• Dimensions: 12.5 mm diameter x 72 mm height
• Closure: Internal thread cap with silicone gasket for secure sealing
• Bottom Shape: U-shaped for efficient sample collection
• Writing Area: Provided for easy labeling
• Sterility: Sterile with a Sterility Assurance Level (SAL) of 10^-6
• Certifications: RNase-free, DNase-free, non-pyrogenic, and compliant with IATA and USP Class VI standards
• Packaging: Pack of 8 boxes, each containing 50 tubes (total of 400 tubes)
• Storage Warning: Do not use in the liquid phase of liquid nitrogen unless properly sealed in Nunc CryoFlex™ Tubing to prevent pressure buildup

These Thermo Nunc CryoTubes provide a reliable solution for the long-term storage and transport of biological samples, ensuring sample integrity and compliance with regulatory standards.

Frequently Asked Questions

1. What is the Thermo Nunc CryoTubes 3.6 mL, Clear PP with Internal Thread Cap, U-Shaped Bottom, Writing Area, Sterile (Pack of 8x50) used for?

It are designed for the secure storage and transportation of biological samples at cryogenic temperatures. Each tube is made from clear polypropylene (PP) and features an internal thread cap with a silicone gasket to ensure a tight seal. The U-shaped bottom facilitates easy sample collection, and the writing area allows for clear labeling. Sterilized and certified RNase and DNase-free, these tubes meet IATA and USP Class VI standards for transporting diagnostic specimens. Available in packs of 8 boxes, each containing 50 tubes.

2. Is the Thermo Nunc CryoTubes 3.6 mL, Clear PP with Internal Thread Cap, U-Shaped Bottom, Writing Area, Sterile (Pack of 8x50) suitable for the secure storage and transportation of biological samples at cryogenic temperatures?

Yes. It is designed for the secure storage and transportation of biological samples at cryogenic temperatures, and offers a capacity of 3.6 mL and dimensions of 12.5 mm diameter x 72 mm height to support this kind of work.

3. What capacity and dimensions does the Thermo Nunc CryoTubes 3.6 mL, Clear PP with Internal Thread Cap, U-Shaped Bottom, Writing Area, Sterile (Pack of 8x50) have?

It has a capacity of 3.6 mL and dimensions of 12.5 mm diameter x 72 mm height, and is supplied under manufacturer part number 379189.

4. What is the Thermo Nunc CryoTubes 3.6 mL, Clear PP with Internal Thread Cap, U-Shaped Bottom, Writing Area, Sterile (Pack of 8x50) made from and what features does it include?

It is made from clear polypropylene (PP) for visibility and durability. It also offers internal thread cap with silicone gasket for secure sealing, u-shaped for efficient sample collection and provided for easy labeling.

5. How does the Thermo Nunc CryoTubes 3.6 mL, Clear PP with Internal Thread Cap, U-Shaped Bottom, Writing Area, Sterile (Pack of 8x50) compare with the Burkle Closure Cap, Internal Thread 1" PP?

For closure applications, the Thermo Nunc CryoTubes 3.6 mL, Clear PP with Internal Thread Cap, U-Shaped Bottom, Writing Area, Sterile (Pack of 8x50) is differentiated by material Clear polypropylene (PP) for visibility and durability and capacity of 3.6 mL. The Burkle Closure Cap, Internal Thread 1" PP from Burkle is another named option in the same product category. Compare the required specifications, compatibility and workflow requirements before selection.