Keep labels attached and information readable through elevated temperatures, cleaning, and handling. We help you choose and evaluate a label for the conditions it will actually face.
You don’t need to know the material to get started.
Whether you’re solving a failure, developing a new application, or looking for more from your supplier, start with what needs to work.
When a label lifts or a barcode stops scanning, the impact can reach production, traceability, and product release.
Heat-resistant labels help keep identification attached and readable through elevated temperatures. The right construction depends on how hot the process gets, how long it lasts, and what happens before and after it.
| Heat exposure | What makes it different | What to include |
|---|---|---|
| Continuous heat | The label stays at an elevated temperature during use. | Operating temperature, total exposure time, and the surface being labeled. |
| Short heat exposure | A brief hot process step may differ from the label’s everyday environment. | Peak temperature, time at the peak, and conditions afterward. |
| Heating & cooling cycles | The label repeatedly moves between temperatures. | Low and high temperatures, time at each, and expected cycle count. |
| Steam or heated cleaning | Heat is combined with moisture and may include pressure or cleaning agents. | Temperature, duration, pressure where relevant, and the cleaning sequence. |
Application temperature, service temperature, and short-term exposure limits are different requirements. Evaluate the finished label—including its adhesive and printed information—under your actual conditions.
Share what you know. Only your first name, last name, and email are required.
Your application requirements have been restored for this tab.
Your recommendation starts with a review of the label construction, print requirements, and what needs to be evaluated in your process.
Select all that apply.
Temperature and exposure time help us identify suitable options. The finished label still needs to be evaluated in your process.
A short temperature peak and prolonged exposure can place different demands on the label. Repeated heating and cooling can also affect adhesion and readability. Include the complete thermal profile when it is available.
The surface, cleaning, and handling all matter.
That’s fine. We can work through the other conditions with you.
Check your application below, or describe your project in your own words. There’s no need to enter the same details twice.
We’ll review your conditions, clarify any missing requirements, and discuss suitable label options and sample evaluation where appropriate.
CleanMark helps define the material construction, printing, and format around your process. Review the applicable specifications and evaluate samples before finalizing the label.
Consider the label face material and adhesive together. Surface texture, shape, cleanliness, and temperature at application can all affect the fit.
Bring: surface details, heat profile, and whether the label must be permanent or removable.
The label staying attached is only part of the requirement. Text and barcodes also need to remain usable after heat, cleaning, and handling.
Bring: printer model, ribbon or ink, variable data, and your scanning requirements.
Dimensions, supply format, and application equipment need to work with your operation. Define the exposure sequence and acceptance criteria for evaluation.
Bring: dimensions, roll or sheet needs, equipment, and what a successful test looks like.
The right label depends on the process it needs to survive and the information your team needs to keep.
Identification through autoclaving, laboratory processing, equipment cleaning, and other workflows involving heat and moisture.
Labels for wafer carriers, process containers, tooling, equipment, and work-in-process materials exposed to elevated temperatures.
Identification requirements for PCB assembly, reflow and wave soldering, and component manufacturing where the complete thermal profile matters.
Product, component, and asset identification through processing, handling, outdoor storage, transport, and field use.
A heat-resistant label for metal containers needed to do more than survive the hot part of the process.
A global industrial manufacturer needed labels for containers manufactured in one location, shipped worldwide, stored outdoors, and used in demanding field environments. Identification needed to remain attached and readable throughout that lifecycle.
CleanMark worked with engineering, quality, and manufacturing stakeholders to evaluate materials, adhesive performance, print durability, surface compatibility, and long-term environmental exposure.
The work focused on a standardized labeling solution that could support the requirements across manufacturing sites. Heat resistance was considered alongside every other condition the containers would encounter.
Discuss a similar challenge →The limit depends on the construction, printing system, exposure duration, and other conditions. Share your process so we can review suitable options and supporting specifications.
Application temperature is a separate requirement from the temperature the label encounters later. Include both so the adhesive and process can be reviewed.
The finished label needs to be evaluated against the complete exposure sequence. Include the cleaner, concentration, contact time, and wiping frequency.
Share the printer model and ribbon or ink. Print readability needs to survive the same process as the label.
CleanMark can provide samples and prototypes. We’ll help identify an option and the conditions to evaluate before finalizing the specification.
