Tempil 26705 Temp Indicating Labels 166-182C 10-pack

Product Description

The TEMPIL 26705 is a multi-point temperature indicating label that permanently changes color at four calibrated thresholds: 166, 171, 177, and 182 degrees C. Each label provides a visual, irreversible record of peak surface temperature reached during operation or process exposure. Accuracy is rated at 1 percent of the indicated temperature. These labels are applied directly to a surface before a heat event and are read after the fact, making them a passive, no-power monitoring solution for maintenance, QC, and field service work. Each package contains 10 labels.

These temperature indicators are suited for use in HVAC, electrical, mechanical, and industrial maintenance applications where surface temperature verification is required without the use of electronic instrumentation. They are engineered to adhere to a wide range of surface types and are commonly applied in scenarios where technicians need a documented, tamper-evident thermal record on equipment components or process surfaces.

Key Features

• Four temperature threshold indicators per label: 166, 171, 177, and 182 degrees C
• 1 percent accuracy at each rated temperature point
• Compatible with metal, plastic, glass, rubber, wood, ceramic, concrete, and stone surfaces
• Irreversible color change provides a permanent peak-temperature record
• No power source or instrumentation required during monitoring
• 10 labels per package

Compatibility

Designed for surface application on metal, plastic, glass, rubber, wood, ceramic, concrete, and stone substrates across HVAC, electrical, and general industrial maintenance environments.

Installation Notes

Labels are applied by a technician directly to a clean, dry surface prior to the heat event being monitored. Ensure the application surface is free of oils, dust, and moisture for reliable adhesion. No special tools are required for application. Labels should not be applied over existing coatings, paint, or rough textures that may prevent full contact with the adhesive layer.