Durable Heat-Resistant Labels for High-Temperature Applications
Find label materials designed for demanding manufacturing and post-manufacturing environments. Available as pre-printed labels or blank and pre-printed thermal transfer labels, heat-resistant options can be selected for specific temperatures, exposure times, and application requirements.
Reliable Labeling in High-Heat Environments
Heat-resistant labels are designed for applications where labels may encounter elevated temperatures during production or after manufacturing. Common uses include engines, electronic circuit boards, soldering processes, and environments involving fluxes, solvents, or chemicals.
BarcodeFactory offers heat-resistant materials for durable goods and industrial identification. Available materials may feature a topcoated surface for ink and barcode printing, along with specialized adhesives selected for high-temperature requirements. Certain material and adhesive combinations are designed for exposure up to 572°F for ten minutes. Suitability depends on the complete label construction and actual conditions of use.
Designed for Demanding Applications
High-Temperature Performance
Select materials for manufacturing processes and applications involving elevated temperatures.
Industrial Durability
Material options are designed to address demanding environments, including abrasion and chemical exposure where specified.
Flexible Printing Options
Request digitally pre-printed labels or blank and pre-printed thermal transfer label stock.
Heat-Resistant Label Applications
High-temperature label materials can support identification and tracking across a variety of industrial and manufacturing applications.
- Appliance labels
- Manufacturing labels
- Automotive labels
- Circuit board labels
- Electronic component labels
Heat-Resistant Label Material Options
Different facestocks, adhesives, and liners are available for different operating conditions. The following constructions are listed as options; the best fit depends on your application's temperature profile, substrate, and exposure requirements.
2 mil Polyester
Withstands temperatures up to 280°F. Intended for moderate-heat applications.
2.4 mil White Topcoated Polyimide
Features a high-heat-resistant silicone adhesive and a 2.0 mil polyester liner.
1.4 mil White Topcoated Polyimide
Features a high-heat-resistant acrylic adhesive and a 65# blue glassine liner.
1.6 mil White Topcoated Polyetherimide
Features a heat-resistant acrylic adhesive and a 65# blue glassine liner.
Help Us Identify the Right Heat-Resistant Label
High-temperature applications require careful material selection. Provide as much of the following information as possible so the label construction can be evaluated for your operating conditions.
- Application surface: What material will the label be applied directly to?
- Application temperature: What is the surface temperature when the label is applied? Is the surface at ambient temperature?
- Heating environment: If the label enters a heating chamber, what is the atmospheric composition? Will oxygen be present? How quickly will the chamber reach its maximum temperature?
- Peak temperature and exposure time: What temperature will the label experience, and for how long? If the process reaches 1100°F or higher, please provide the peak temperature and the rate of temperature increase.
- Tag or label format: If you need a tag, is a punch hole required, or would an adhesive-backed label be preferred?
From Fortune 500 companies to your small business, 125,000+ companies trust our products, service, and support.
Our Top Partners
BarcodeFactory works with leading hardware, media, and software providers to help customers find products for their labeling and identification needs.
Shop by Brands
For more information or to discuss your project, Contact Us or call 888-237-8525.