Keep identification readable
Share the information you need to print and when printing takes place. Include cleaning agents and conditions the finished label will encounter.



Match your label to the temperature, exposure time, and conditions around it—so text stays readable, barcodes stay usable, and labels stay attached.
Help me choose a heat-resistant label →
Reviewed by an engineer Reply within one business day

Heat-resistant labels are engineered materials designed to maintain adhesion, structure, and legibility under elevated operating temperatures that would cause standard labels to fail.
The right construction depends on the surface, application temperature, heat profile, and other exposures. We consider the label material, adhesive, and print together.
When a label leaves residue, lifts, or becomes unreadable, your team may face extra cleaning, relabeling, or interrupted work.
Choose the situation that best fits. You can change it later.
Heat may be only one part of the process. Include cleaning, handling, and removal requirements.
Share the information you need to print and when printing takes place. Include cleaning agents and conditions the finished label will encounter.
Identify the container or surface and how the label will be used. Let us know if clean removal is needed after use.
Include rubbing, repeated handling, and contact with other surfaces before or after heating.
Select any requirements you know—or continue without selecting.
Printing, packaging, sterilization, and application may happen in different sequences. We’ll review the sequence your operation actually uses.
Die-cut labels for printing, dispensing, or application.
Continuous material configured for your printing workflow.
Sheeted labels for manual application.
Identification where an adhesive label is not the preferred format.
Folded media for compatible printers and application systems.
Size, shape, roll configuration, and packaging are defined around your equipment and process. Include synthetic-component and double-bagging requirements where needed.
A customer application
A heat-resistant label for metal containers needed to do more than survive the hot part of the process.
A global industrial manufacturer needed identification to stay attached and readable on containers through manufacturing, worldwide shipping, outdoor storage, and demanding field use.
CleanMark worked with engineering, quality, and manufacturing teams to evaluate label materials, adhesion, print durability, surface compatibility, and long-term environmental exposure.
The work focused on a standardized labeling solution to support requirements across manufacturing sites. Heat resistance was considered alongside the other conditions the containers would encounter.
Share what you know. We’ll help identify suitable options and what needs to be evaluated. Only your name and email are required.
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Work directly with our technical team to clarify your application, identify gaps, and agree on the next step.
Discuss samples and agree what needs to be checked—from adhesion and printing to packaging and handling—before finalizing the solution.
Carry the agreed requirements into manufacturing, with a shared focus on delivering on time, in full, and in spec.
That depends on the complete construction and the duration and type of exposure. Share operating and peak temperatures, including units, so we can review suitable specifications.
Tell us the surface temperature when labeling, as well as the temperatures encountered later. Application and service temperatures need to be considered separately.
Include the cleaner, concentration, contact time, and wiping frequency. Evaluate adhesion and printed information through the same sequence your process uses.
Share the temperature range, time at each stage, and expected cycle count. Repeated cycling can create different requirements from one short exposure.
Share the printer model and ribbon or ink. We’ll consider printing compatibility together with the durability your information requires.
Samples are part of the recommendation discussion. Agree on the surface, exposure sequence, and acceptance checks before evaluating a candidate construction.