Temperature Test Label

Temperature test strips are made of thermosensitive materials that change color when exposed to heat to display temperature values. They are used to monitor temperature changes on object surfaces and record ambient temperature during storage and transportation to prevent material spoilage.

Instruments

Using irreversible discoloration technology, the accuracy is up to +/- 4 ° C in the range of 216-241 ° C, providing long-term temperature recording, oil resistance, water resistance and steam resistance, and immediate Response to temperature changes.

$ 93.00

Irreversible record of maximum temperature, providing long temperature history; accuracy below 100 ° C is +/- 1 ° C; oil, water and steam resistance to ensure reliable monitoring; Color change with organic chemicals, Instant Response.

$ 93.00

Four-grid temperature point design with accuracy below 100 ° C up to +/- 1 ° C, providing irreversible Color Change, Oil, Water and Steam Resistance, Instant Response to Temperature Changes.

$ 93.00

Using irreversible color technology, accuracy of +/- 1 ° C, four-grid temperature point design can simultaneously monitor the range of 193 ° C to 210 ° C, with oil and water vapor resistance, Instant Response to temperature changes.

$ 93.00

Using irreversible color technology, accuracy +/- 1 ° C to +/- 4 ° C, oil and water vapor resistance, providing four-grid temperature monitoring, size 4x11mm, 10 sheets per copy.

$ 106.00

Irreversible color change records the highest temperature, four-grid design can monitor multiple temperature points simultaneously, accuracy +/- 1 ° C to +/- 4 ° C, oil and water vapor resistance, instant Response for field application.

$ 106.00

Four-grid temperature sensitive element with +/- 1 ° C accuracy below 100 ° C, providing irreversible Color change, oil, water and steam resistance, Instant Response to temperature changes.

$ 93.00

Using irreversible color technology, accuracy +/- 1 ℃ to +/- 4 ℃, providing 127 ℃ to 143 ℃ four temperature monitoring, oil and water vapor resistance, permanent record after color change for easy traceability.

$ 93.00

Using irreversible color technology, accuracy +/- 1 ° C to +/- 4 ° C, four-grid temperature point design can monitor multiple temperature thresholds at the same time, Response instant and oil-resistant water vapor, providing long-term temperature recording.

$ 106.00

Irreversible discoloration records historical temperature, five-grid temperature range 232 ° C to 260 ° C, accuracy +/- 1 ° C to +/- 4 ° C, oil and water vapor resistance, Instant Response for easy monitoring.

$ 98.00

Irreversible discoloration technology, temperature accuracy +/- 1-4 ℃, with 5 temperature monitoring points, oil and water vapor resistance, immediate Response to temperature changes, silver to black obvious discoloration.

$ 98.00

Irreversible discoloration records the highest temperature, accuracy +/- 1 ° C to +/- 4 ° C, four grid temperature points cover 82 ° C to 99 ° C, oil and water vapor resistance, Instant Response for easy monitoring.

$ 93.00

Irreversible discoloration records the highest temperature, accuracy +/- 1 ℃ to +/- 4 ℃, oil and water vapor resistance, instant Response, 5-grid circular temperature measurement point covers the range of 88-110 ℃.

$ 98.00

With irreversible discoloration technology, accuracy up to +/- 1 ° C (below 100 ° C), oil and water vapor resistance, four-grid design can monitor multiple temperature points at the same time, Instant Response to temperature changes.

$ 93.00

Irreversible Color Change Record Highest Temperature, Four Grid Vertical Self-Adhesive Design, accuracy +/- 1 ° C to +/- 4 ° C, oil and water vapor resistance, Instant Response to temperature changes.

$ 106.00

Articles

The coating machine applies the adhesive layer of the plaster patch onto the backing layer.
The coating machine applies adhesive evenly onto the backing material through steps such as feeding, coating, drying, and winding, forming a stable adhesive layer.
Comparison of Vicat Softening Point Tester and Heat Deflection Temperature Tester in Assessing the Heat Resistance of Resins
This article compares the differences between the Vicat softening point tester and the heat deflection temperature tester in evaluating the heat resistance of resins.
Cross-cut tester combined with adhesion test tape for evaluating coating peel-off.
The cross-cut test, paired with adhesion test tape, is a commonly used method for evaluating coating adhesion. It involves using a cross-cut knife to score a grid pattern on the coating surface, followed by the rapid peeling of specialized tape. The adhesion level is then assessed by observing the extent of coating detachment.
Adhesion Retention Tester Evaluates the Cohesive Strength of Hot Melt Adhesive
This article introduces how to use a tack retention tester to evaluate the cohesive strength of hot-melt adhesives. During testing, a sample coated with hot-melt adhesive is attached to a test plate, and a weight is hung to apply a continuous shear stress. The time until detachment or the displacement is recorded, which directly reflects the internal cohesion of the adhesive.
Standard Procedure for Cross-Cut Test of Ink Adhesion
The cross-cut test is a standard method for testing ink adhesion. It involves cutting a grid pattern on the coated surface, applying and then peeling off adhesive tape, and observing the extent of ink peeling to evaluate the adhesion grade.
Key Points for Selecting Low-Temperature Test Chambers in Rubber and Plastic Brittleness Temperature Testing
In the testing of brittle temperature for rubber and plastics, the selection of a low-temperature test chamber must ensure testing accuracy. When choosing the equipment, it is essential to consider various parameters comprehensively based on the requirements of the testing standards.
How to choose between the rolling ball method and the inclined plate method for initial tack testing instruments
The rolling ball method and the inclined plane method are two commonly used techniques for testing the initial tack of adhesive materials. When selecting an instrument, factors to consider include the material's application scenario (such as adhering to spheres or anti-slip on inclined surfaces), the requirements of industry testing standards, and the data needs (discrete grades or continuous numerical values).
Which is more practical for printing paper: the Bekk smoothness tester or the Bendtsen method?
This article introduces two main methods for measuring the smoothness of printing paper: the Bekk method and the Bendtsen method. In practical applications, the data from both methods can be combined, along with other indicators, to comprehensively evaluate the printability of the paper.
The 180-degree peel strength test for tape shows a 50% deviation in data due to misalignment of the sample.
In the 180-degree peel strength test of adhesive tape, if the sample is misaligned, the test data may drop by about half. This is because misalignment causes uneven force distribution during peeling, reducing the effective peel strength.