GA International CryoSTUCK Cryogenic Labels, Round, 12.7 mm, White, 2000 Labels/Roll

Engineered for extreme cryogenic conditions, these labels withstand temperatures as low as -196°C and as high as +121°C, making them indispensable for long-term sample storage in liquid nitrogen or ultra-low freezers.

Overview

GA International CryoSTUCK labels are specifically designed for reliable identification of vials, tubes, cryoboxes, microplates, and plastic bags in demanding laboratory environments. Each roll contains 2000 round labels with a diameter of 12.7 mm (0.5 inch), offering a high-tack permanent adhesive that bonds securely to frozen surfaces, even those already stored at -80°C. The labels are made from a cryo-resistant synthetic film with a matte white finish, ensuring excellent print quality and readability.

What stands out

• Withstands extreme temperatures from -196°C to +121°C, suitable for liquid nitrogen and autoclaving.
• High-tack adhesive adheres to already-frozen surfaces, eliminating the need to thaw samples.
• Compatible with thermal transfer printing for crisp, durable text and barcodes.
• Resistant to chemicals, solvents, alcohol, and gamma irradiation, ensuring label integrity.
• Round shape fits standard vial caps and tube tops for efficient labeling.

Technical details

• Label type: Cryogenic labels
• Adhesive type: Permanent cryogenic adhesive
• Shape: Round
• Diameter: 12.7 mm (0.5 inch)
• Labels per roll: 2000
• Rolls per pack: 1
• Material: Cryo-resistant synthetic film
• Finish: Matte
• Print technology: Thermal transfer
• Core diameter: 25.4 mm (1 inch)
• Resistance: Liquid nitrogen, autoclave, boiling water, freeze/thaw cycles, alcohol, solvents, gamma irradiation
• Sterilization: Autoclavable at 121°C, 15 psi for 20 minutes
• Water resistance: Yes

Our verdict

For laboratories requiring dependable sample identification under extreme conditions, CryoSTUCK labels deliver unmatched performance and durability, ensuring your critical samples remain clearly identified from freezer to analysis.