Thermometer Labels

Flexible, unbreakable Liquid Crystal Thermometers that change colour depending on temperature.

STANDARD THERMOMETERS

Liquid Crystal is widely used for temperature measurement due to its accuracy. It is presented in the form of a flat, unbreakable and flexible thermometer.

Each temperature event is made from a liquid crystal mixture and can be formulated to an accuracy of ±0.5°C.

Forehead Thermometers

Liquid Level Indicator

16 Level Vertical

7 Level Horizontal

Forehead Thermometer

Product Specifications:

Flexible, unbreakable Liquid Crystal Thermometers that change colour depending on temperature. Designed for use on the forehead area and are an ideal way to estimate the core body temperature and check for temperature changes and to monitor trends.

Liquid Crystal is widely used for temperature measurement due to its accuracy. It is presented in the form of a flat, unbreakable and flexible thermometer.

Each temperature event is made from a liquid crystal mixture and can be formulated to an accuracy of ±0.5°C.

Liquid Level Indicator

Product Specifications:

Flexible, unbreakable Thermochromic strip  that changes colour depending on temperature differential between liquid and gas within the bottle.

16 Level Vertical Thermometers

Product Specifications:

Flexible, unbreakable Liquid Crystal Thermometers that change colour depending on temperature.

Liquid Crystal is widely used for temperature measurement due to its accuracy. It is presented in the form of a flat, unbreakable and flexible thermometer.

Each temperature event is made from a liquid crystal mixture and can be formulated to an accuracy of  ±1.0°C.

7 Level Horizontal Thermometers

Product Specifications:

Flexible, unbreakable Liquid Crystal Thermometers that change colour depending on temperature.

Liquid Crystal is widely used for temperature measurement due to its accuracy. It is presented in the form of a flat, unbreakable and flexible thermometer.

Each temperature event is made from a liquid crystal mixture and can be formulated to an accuracy of  ±1.0°C.

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