$0.00
0
From Price range: $263.58 through $510.76
/ kit
Label Application Temp: -80°C (-112°F)
Label Operating Temp: -196°C (-320°F)
Most cryogenic labels withstand ultra-low temperatures but still require application to unfrozen or warmed surfaces. These frozen-surface cryogenic labels bond directly to labware already at -80 °C, allowing labs to relabel frozen samples without thawing. This construction supports manual relabeling, reorganization, and sample recovery workflows where frozen tubes, vials, racks, and boxes cannot be warmed for labeling.
A thin white polyester face stock maintains dimensional stability and flexibility during application at -80 °C and continued use in liquid nitrogen storage down to -196 °C. The material conforms to frozen tubes and vials without cracking or lifting, delivering secure adhesion on cold, rigid surfaces. A print-receptive surface produces high-contrast, smudge-resistant thermal-transfer images that remain readable for long-term cryogenic identification.
This label kit is paired with a compatible resin thermal transfer ribbon. Resin ribbons resist fracturing and abrasion as materials contract during deep-freeze and liquid-nitrogen storage, preserving barcode and text integrity over time. This ribbon pairs specifically with the polyester label face stock and the recommended thermal-transfer printers below, bonding cleanly to the label surface and producing dense, high-contrast, scannable images.
Frozen surface cryo labels bond to tubes and vials already at -80 °C, eliminating thawing during relabeling workflows.
Relabel frozen samples without warming, supporting reorganization, merging collections, or recovering misidentified tubes.
Remains fully bonded and readable at -196 °C (-320 °F), including direct exposure to liquid nitrogen and long-term cryogenic storage.
A matched resin ribbon resists cracking and abrasion, keeping barcodes scannable through freeze-thaw stress.
Labeling frozen labware presents a fundamentally different adhesion challenge than standard cryogenic labeling. These cryo labels function as a complete system, supporting direct application to -80 °C surfaces while maintaining durability through liquid nitrogen storage at -196 °C.
Material selection, adhesive behavior, and print compatibility account for frost, thermal contraction, and rigid frozen substrates encountered during cryogenic handling. The sections below explain how each element of the label construction maintains reliable identification when thawing is not an option.
Liquid-nitrogen-safe cryo labels are built to remain intact through -196 °C storage, vapor-phase exposure, and repeated freeze–thaw cycling. Materials are selected to prevent cracking, curling, and dimensional drift as tubes contract and expand, keeping barcodes aligned and readable.
Cryogenic workflows expose labels to solvents, alcohols, disinfectants, and laboratory reagents during handling and processing. The label construction protects both adhesion and print integrity, ensuring barcodes and text do not smear, dissolve, or fade over time.
Cryo labels must survive gloved handling, rack movement, centrifugation, and repeated retrieval from dewars and freezers. The face stock, adhesive, and print system resist edge lift, abrasion, and image fracture, preserving reliable identification throughout long-term sample storage.
Thin white polyester provides the structural foundation for frozen-surface cryogenic labels. Polyester maintains dimensional stability and controlled flexibility at –80 °C, allowing the label to conform to rigid, frozen tubes and vials without cracking, curling, or lifting during application.
Unlike softer films, polyester resists stretching and distortion as frozen labware contracts, keeping barcodes, text, and symbols properly aligned. This stability supports reliable identification during freezer reorganization, sample recovery, and extended cryogenic storage where labels must remain readable on cold, inflexible surfaces.
A permanent acrylic emulsion adhesive anchors frozen-surface cryogenic labels to labware already at –80 °C. Unlike adhesives that stiffen and lose surface contact at low temperatures, this formulation maintains sufficient wet-out to bond to rigid plastic and glass surfaces during frozen application.
The adhesive resists peel, shear, and thermal stress as samples move through freezer storage and cryogenic handling. This stability keeps labels securely in place during relabeling, reorganization, and long-term sample storage where thawing is not an option.
Frozen surface cryogenic labels bond directly to labware while it remains frozen. Operators can remove tubes and vials from freezer storage, wipe away surface frost or condensation, and apply the label immediately without allowing the sample to warm.
Firm pressure during application helps the adhesive contact the rigid, frozen surface. This process supports relabeling at -80 °C during freezer reorganization and sample recovery workflows where thawing is not an option.
Frozen-surface cryogenic labels rely on image durability to remain readable throughout freezer and cryogenic storage. A matched resin thermal-transfer ribbon produces dense, abrasion-resistant barcodes and text that resist cracking, smearing, and image loss as materials contract at low temperatures.
This print performance supports long-term sample identification during frozen handling, reorganization, and extended storage where reprinting or relabeling opportunities remain limited.
Frozen surface cryo labels are produced using materials that comply with FDA 21 CFR 175.105 and RoHS Directive 2011/65/EU. FDA 21 CFR 175.105 is commonly referenced in laboratories and biobanks because it governs adhesives used in indirect contact with regulated materials, while RoHS limits the use of restricted substances in electronic and laboratory environments.
This compliance helps ensure the label system is suitable for use in regulated lab workflows, biomedical research, and long-term sample storage. Additional regulatory or material requirements can be evaluated when needed, allowing the label construction to be aligned with application-specific compliance and validation needs.
Cryogenic labels place very different demands on printers than standard paper or polypropylene materials. Thicker face stocks, rigid liners, and coated surfaces affect media tracking, sensor detection, and ribbon transfer, increasing the risk of misfeeds, ribbon wrinkling, calibration errors, and inconsistent print quality.
The printer models listed below handle cryogenic label constructions consistently and pair directly with the recommended label and ribbon combination for dependable print performance.
The MB Series offers industrial-grade performance in a compact design, making it ideal for tight workspaces. Its fast print speeds and intuitive controls ensure reliable labeling for demanding operations.
From the versatile ZT411 to the high-performance ZT610, this series balances precision and durability for industrial environments. Advanced connectivity and flexible media handling make it suitable for a wide range of applications.
Combining user-friendly operation with industrial versatility, the SQUIX series excels in demanding environments. The compact MACH 4S variant brings the same reliable performance in a space-saving design.
Have questions? We’re here to help.
Contact us to connect with a specialist who understands your industry and can provide the right solutions for your business. Let’s start a conversation.
Take advantage of our volume discounts for bulk orders. Reach out to us for a personalized quote tailored to your needs.
"*" indicates required fields
