Liquid nitrogen exposure
Vapor-phase and liquid-phase storage can impose different demands on the complete label construction.
Cold Storage Labels / Cryogenic Labels
CUSTOM CRYOGENIC LABELS · LIQUID NITROGEN STORAGE
Keep every sample identifiable from cryogenic storage through thaw and use.
When cell lines, biologics, and valuable research materials are stored at temperatures approaching −196°C, their identification must stay attached and readable. We help specify labels for your cryovials, printing system, liquid nitrogen environment, and complete retrieval workflow.
Get a label recommendation Reply within one business day
U.S. engineering & manufacturing
ISO 9001:2015 certified
Application-specific label solutions
CRYOGENIC LABELING CHALLENGES
Extreme cold is only one part of the challenge.
A label must remain attached and usable through storage, retrieval, frost, thawing, and scanning. Container diameter and conditions at application can be just as important as the lowest temperature.
Small cryovials
Tight curvature, limited bonding area, and overlap can increase the risk of edge lift.
Frost & condensation
Moisture develops as samples are retrieved and warmed, affecting handling and readability.
Rapid temperature transitions
A vial may move from cryogenic conditions toward room temperature during thawing and processing.
Barcode readability
Text and barcodes need to remain usable when samples are retrieved for identification and downstream work.
WHERE CRYOGENIC LABELS ARE USED
Identification for materials too important to lose track of.
Cryogenic labels support identity and traceability across long-term preservation, retrieval, thawing, and use.
Cell therapy & biotech
Keep cell lines, biologics, and cryopreserved materials identifiable through storage, retrieval, thawing, and downstream processing.
Pharmaceutical development
Support identification of clinical, research, and development samples through cryogenic storage and handling.
Laboratory & biobanking
Maintain sample IDs and traceability for tissue, DNA, RNA, and reference materials held in long-term storage.
WHEN THE LABEL GOES ON
Application conditions can determine whether a label stays put.
A label that survives cryogenic storage is not necessarily suitable for application to an already-cold or frosted vial. These are different requirements.
01 · BEFORE STORAGE
Applied to a dry vial
Allow the construction to develop its initial bond before the vial enters cryogenic storage, then evaluate it through the complete workflow.
02 · ALREADY COLD
Applied to a chilled vial
Surface temperature may change initial adhesion. The exact application temperature and handling process need separate evaluation.
03 · FROST OR MOISTURE
Applied to a compromised surface
Frost and condensation can interfere with bonding. Where possible, review whether labeling can occur on a clean, dry surface.
BUILT AROUND YOUR APPLICATION
The right label needs to work with your entire cryogenic workflow.
The label needs to stay attached to a small container, protect critical identification, work with your printer, and support controlled handling. We consider those requirements together.
Stay attached to your cryovials.
Match the construction to vial material, diameter, curvature, overlap, and application conditions.
Keep sample identification readable.
Consider printing and barcode performance through liquid nitrogen exposure, frost, retrieval, and thawing.
Stand up to your operating conditions.
Account for handling, condensation, cleaning, and any downstream processing that affects label performance.
Fit your equipment and workflow.
Configure label dimensions, liner, roll format, and printer compatibility for the way your team works.
APPLICATION SPOTLIGHT · CELL THERAPY & BIOBANKING
The label has to stay with the sample from storage to use.
Consider a cell-line cryovial held for months or years in liquid nitrogen storage. During retrieval, it moves rapidly into warmer conditions, where frost and condensation can form before the sample is thawed and used.
That journey places demands on adhesion, print durability, and barcode readability. Evaluating only the lowest storage temperature can leave important questions unanswered.
WHAT WE CONSIDER
Container and adhesion
Vial material, diameter, label overlap, and conditions at application.
Storage and retrieval
Vapor or liquid-phase nitrogen, exposure duration, frost, and thawing.
Identification and scanning
Printer and ribbon compatibility, barcode readability, and downstream handling.
PREFER A CONVERSATION?
Have a challenging cryogenic labeling application?
Whether labels lift on small cryovials, identification becomes difficult after thawing, or your process involves liquid nitrogen immersion, our team can help clarify the requirements and identify a practical next step.
HOW WE WORK
Built to get the requirements right.
We help translate your storage, handling, and identification requirements into a practical evaluation plan and approved specification.
01 · DEFINE
Understand the application
Clarify vial, storage phase, application timing, printing, and thawing conditions.
02 · RECOMMEND
Identify the construction
Select suitable materials and format for evaluation with the intended equipment.
03 · EVALUATE
Test the complete journey
Assess adhesion, print, and scanning through representative storage and retrieval.
04 · PRODUCE
Support ongoing supply
Finalize the approved specification and production configuration.
GET A LABEL RECOMMENDATION
Tell us what your cryogenic label needs to do.
Start with what you know. All technical details are optional, and our team can help clarify the rest.
Your request
Just your name and email to get started.
FREQUENTLY ASKED QUESTIONS
Questions about cryogenic labels.
Practical answers about liquid nitrogen storage, application conditions, printing, and qualification.
Can cryogenic labels withstand −196°C storage?
Suitable constructions can be selected for evaluation at liquid nitrogen temperatures. Specify whether storage is in the vapor phase or liquid phase, the duration, and the retrieval workflow; performance must be verified for the actual application.
Is liquid nitrogen immersion different from vapor-phase storage?
Yes. Immersion and vapor-phase exposure can place different demands on materials and adhesion. Tell us which environment is used and whether samples move between phases.
Can I apply a label after the cryovial is already cold?
Possibly, but bonding to an already-cold surface is different from surviving cryogenic exposure after application. Surface temperature, frost, moisture, and application method need to be assessed.
How do I prevent edge lift on small cryovials?
Share the vial material and diameter, label dimensions, and intended overlap. Material flexibility, adhesive selection, and tight curvature all affect edge adhesion.
Will barcodes remain readable after retrieval and thawing?
Readability depends on the facestock, printing system, protective construction, and handling. Evaluate the printed label after representative storage, frost, condensation, thawing, and scanning.
Can I print cryogenic labels using my existing printer?
In many cases, yes. Provide the printer model, ribbon or ink, variable-data requirements, and label format so the construction can be evaluated with the intended equipment.
Can the same label handle cryogenic storage and IPA cleaning?
A suitable construction may address both, but temperature resistance does not automatically establish chemical resistance. Evaluate the chemical concentration, contact time, cleaning frequency, and printed information.
Can cryogenic labels meet cleanroom or sterile requirements?
These are separate requirements that can be considered alongside cryogenic performance. Specify any cleanroom packaging, sterile supply, sterilization process, and contamination-control requirements.
What information is most helpful for a recommendation?
Start with the vial material and diameter, storage phase and temperature, when the label is applied, printing method, retrieval and thawing process, and any cleaning or controlled-environment requirements. Unknown details can be clarified later.
Can we evaluate samples before production?
Yes. Samples or prototypes can be assessed on the intended containers and with the intended printing system through representative cryogenic storage, retrieval, and handling before finalizing the specification.
