+2°C to +8°C
Refrigerator labels
Chilled storage, condensation, and handling.
CUSTOM COLD STORAGE LABELS
Reliable identification through every stage of cold storage.
From refrigerated storage and ultra-low temperatures to dry ice transport and cryogenic exposure, we configure labels to stay attached and readable throughout your process.
Reply within one business day
U.S. engineering & manufacturing
ISO 9001:2015 certified
Application-specific label solutions
EXPLORE BY TEMPERATURE
Find labels for your storage environment.
Start with the conditions your materials will encounter. Each environment brings different considerations for adhesion, printing, and handling.
−20°C to −80°C
Freezer & ULT labels
Frozen storage, retrieval, and freeze–thaw.
−78.5°C
Dry ice labels
Packing, shipment, and transfer.
Down to −196°C
Cryogenic labels
Liquid nitrogen vapor or immersion.
COLD STORAGE LABEL BASICS
Identification for the containers you use.
From microtubes and cryovials to biologics containers and cryobags, the right label must work with the surface, printer, handling process, and storage environment.
Vials & microtubes
Small diameters, curved surfaces, and variable identification.
Cryobags & containers
Flexible materials, handling, and chain-of-identity needs.
Printed identification
Barcodes, printer compatibility, and readability after exposure.
BEYOND TEMPERATURE
Cold resistance is only part of the requirement.
IPA wipe-downs, condensation, cleanroom handling, and repeated contact can affect adhesion and readability independently of temperature.
Cleaning & chemicals
Protecting printed identification after solvent or disinfectant exposure.
Moisture & condensation
Accounting for retrieval and transitions between environments.
Controlled environments
Material cleanliness, packaging, and transfer requirements.
THE TEMPERATURE JOURNEY
Follow the label through the cold chain.
A label may be applied, frozen, transported, and handled after retrieval. Each stage creates different performance demands.
01
Prepare
Print and apply under defined conditions.
02
Store
Maintain adhesion and legibility.
03
Transport
Account for packaging and temperature transitions.
04
Retrieve
Preserve identification during handling.
ENGINEERING FIT
Built around your labeling system.
Surface material, adhesive selection, application temperature, printing equipment, variable data, and roll configuration all influence performance.
Materials & adhesion
Container material, texture, application conditions, and bond.
Printing & traceability
Printer, ribbon, barcode, and post-exposure readability.
Production & supply
Approved specifications, format, packaging, and repeat orders.
APPLICATION EXAMPLE · ONCOLOGY CRYOVIALS
One label. Three demanding conditions.
An oncology cryovial application required attention to cleanroom handling, IPA cleaning, and liquid nitrogen storage. Each stage creates a distinct performance requirement.
Cleanroom: material and packaging considerations.
IPA cleaning: printed identification after wipe-downs.
Liquid nitrogen: adhesion and legibility through cryogenic exposure.
Application example; no claim of completed qualification.
DIRECT ENGINEERING SUPPORT
Have a challenging cold-storage application?
Discuss your containers, temperature journey, printing equipment, or existing label problems.
HOW WE WORK
From requirements to reliable ongoing supply.
01
Define
Understand the surface and exposures.
02
Evaluate
Assess samples under relevant conditions.
03
Produce
Finalize the approved construction.
04
Support
Maintain specifications for ongoing supply.
GET A LABEL RECOMMENDATION
Tell us what your label needs to do.
Share what you know about your cold-storage application. We’ll help identify a practical next step.
FREQUENTLY ASKED QUESTIONS
Questions about cold storage labels.
Answers about application, temperature transitions, printing, and qualification.
Can labels be applied to already-frozen containers?
Application temperature, moisture, and frost affect initial adhesion. Evaluate separately from the eventual storage temperature.
How do freezer, dry ice, and cryogenic labels differ?
They address different temperature ranges and exposure conditions; suitability at −80°C does not establish suitability for liquid nitrogen immersion.
Will barcodes survive freeze–thaw cycles?
It depends on printing, materials, condensation, and handling. Test the intended exposure sequence.
Can these labels withstand IPA cleaning?
Suitable constructions can address both cold and chemical exposure, subject to application-specific evaluation.
Can they be cleanroom-compatible or supplied sterile?
Cold resistance, cleanroom compatibility, and sterile supply are separate requirements.
Will they work with our printer?
We review printer model, ribbon or ink, variable data, and dispensing requirements.
Can we evaluate samples?
Samples or prototypes may be evaluated before approval, depending on the application.
CleanMark · Cold Storage Labels · Browser design preview
