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Thermax

 

Irreversible Temperature Recording Labels

A series of temperature test inidcators that will permanently record the highest temperature reached by the label.

These self-adhesive labels consist of a series of temperature-sensitive elements sealed between heat-resistant substrates with transparent windows. Each element changes color distinctly as its rated temperature is exceeded. The changes are irreversible, providing a temperature history of the surface being monitored. The labels will not de-laminate when removed for reference and can be attached to an inspection report to serve as a permanent record.

The temperature-sensitive elements are phase-change indicators which use the sharply defined melting points of a series of specially purified organic chemicals to give the unique, high precision, color change effects. Each temperature element uses a different chemical compound and is made separately by applying a coating containing the chemical to a special absorptive paper substrate. When the rated temperature is exceeded, the chemical melts and is absorbed by the substrate, causing a permanent color change. Up to ten elements can be combined together on a single label.

 

Applications

Process Control, Test & Measurement, Manufacturing, Automotive, Rail, Quality Control, Safety Indicators, Aerospace, Food, Warranty, Maintenance, Medical, Drilling

 

Case Studies

Absorbable Sutures Case Study

Rail Axel Box Case Study

Mining Rescue Pack Case Study

Aircraft Case Study

Hot Water Tank Case Study

Motorsport Applications Case Study

Automotive Leather Case Study

Transformer Protection Case Study

Chocolate Transport Case Study

 

Specifications

Temperature Range: 84°F to 554°F | 29°C to 290°C

Accuracy: Less than 212°F is ±2°F | Less than 100°C is ±1°C
212°F to 309°F is ±3°F | 100°C to 154°C is ±1.5°C
Greater than 309°F is ±7°F | Greater than 154°C is ±4°C

Silver to Black Color Change: Below 399°F | Below 204°C

Orange to Black Color Change: Above 410°F | Above 210°C

Last Black Event is the Highest Temperature Achieved

 

 

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