What are Heat-Resistant Barcode Labels

Reliable Barcode Labels for High-Temperature Environments

Conventional labels often fail when exposed to high temperatures due to:
・Adhesive degradation
・Fading or loss of printed information
・Peeling or detachment
In contrast, heat-resistant barcode labels are engineered for use in manufacturing and research environments where high temperatures are involved. They are commonly used for:
・Traceability management in manufacturing processes
・Identification of parts, assets, molds, and jigs
・Sample tracking in research and laboratory environments

The Need for High-Temperature Management in Manufacturing

In many manufacturing industries—such as automotive, semiconductors, and metal processing—product and process management must be carried out under high-temperature conditions.

Under these conditions, conventional labels cannot withstand the environment and often fail. Therefore, heat-resistant barcode labels are used to enable reliable process control and traceability.

■Key industries include

・Automotive
・Heavy Machinery
・Metal Processing
・Glass
・Ceramics
In these industries, barcode labels are used to ensure traceability of products, components, and samples.

Key Considerations for Selecting Heat-Resistant Labels

When selecting heat-resistant barcode labels, the following factors should be carefully evaluated:
1. Temperature Conditions
• Maximum temperature • Continuous operating temperature • Duration of heat exposure
2. Operating Environment
• Exposure to chemicals • Outdoor conditions • Abrasion and impact
3. Substrate (Mounting Surface)
• Metal • Plastics • Glass • Ceramics
Selecting the optimal label requires consideration of all these conditions.

Consultation for Heat-Resistant Barcode Labels

Consultation for Heat-Resistant Barcode Labels
・Labels suitable for high-temperature processes
・Labels for chemical environments
・Labels with custom shapes
Please feel free to contact us for more information.