ULAB 50pcs 2ml Cryotubes Small PP Cryo Vials with Screw Caps, with Self-Supporting (bracketed) Bottom, Electron Beam Sterilization, Free from DNase & RNase, UCP1005

You can do the following options once got broken product. 1. Contact us for refund. ( If the remaining items are enough to use) 2. Contact Amazon for replacement. ( If replacement is required ) Ulab 50pcs of 2ml cryotubes, plastic small vials with screw caps, PP material, with self-supporting (bracketed) bottom, electron beam sterilization. Length with lid 48.5mm(1.91inch), vial diameter 12.4mm(0.49inch), graduation at 0.5/1.0/1.8ml. Do not use Cryo Vial in the liquid phase of liquid nitrogen unless they Are correctly sealed in Cryo Vials tubing. Improper use of Cryo Vials in liquid nitrogen may result in possible explosions or biohazard release due to the pressure build-up of liquid nitrogen captured within the vial. To ensure proper sealing and put vials in -80C several minutes before in liquid nitrogen. Ulab cryogenic tubes are made of PP material and the lid is fitted with a silicone pad for added assurance against leaks. 2ml plastic vials can store laboratory samples at a low temperature of -112°F, and can also be heated to 248°F for autoclaving. After-Sales Service: ULAB Scientific guarantees that no sale is complete unless the customer is satisfied. If you have any questions or suggestions on our products or service, please do feel free to contact us. You'll get our reply within 24 hours. Thanks for your patience.

• 50pcs of Electron Beam Sterilization, 2ml cryotubes, Self-supporting freezer tube with outer screw cap.
• Made of PP material, the cap with a silicone gasket mounted in cap for additional leak-proof assurance.
• Length with lid 48.5mm(1.91inch), vial diameter 12.4mm(0.49inch), graduation at 0.5/1.0/1.8ml.
• Large writing areas for more sample information, Printed graduation for accurate measurement.
• These cryogenic tubes are suited for research and general laboratory storage of cell cultures, bacteria and other samples in the vapor phase of liquid nitrogen.