Overview
Thermax 08STHERNGDD Thermometric Paper is an eight-grid thermal test paper produced by Thermax (TMC) in the UK. It adopts a vertical self-adhesive design and displays both Celsius and Fahrenheit temperatures. The temperature measurement range is 160~ 199 ° C. When the temperature rises to a specific temperature point, the corresponding square will irreversibly turn black, recording the highest temperature experienced by the object.
Features
1. It has oil resistance and water resistance
2. Non-hazardous and toxic
3. Precision: below 100 ° C is +/- 1 ° C; above 100 ° C is +/- 1% range
4. Product specifications comply with BS EN ISO 9001 standard
Principle
TMC8 grid temperature paper adopts the new concept of temperature measurement, and a column of squares is arranged on the small sticker to represent different temperature values. When the temperature rises to this temperature point, the squares will turn black, and even if the temperature drops later, it will not return to the primary color, thus recording the highest temperature the object has experienced, without long-term monitoring to determine whether it is overheating.
Applications
Home appliance industry, power company, railway company, electronics industry, program industry, sterilization, helicopter engine, high voltage switch, aircraft black box, chilled down water radiator, temperature sensitive chemical storage rack, temperature monitoring of various parts of racing car
Steps
1. Attach the thermal test paper to the surface of the object that needs to be measured
2. During the heating process of the object, when the temperature reaches a specific temperature point, the corresponding square will turn black
3. Read the highest temperature grid that turns black to know the highest temperature that the object has experienced
Notice
• Thermometric Paper discoloration is an irreversible process, once black will not restore the primary color
• Each package contains 10 Thermometric Papers
• When using, make sure that the sticker is in full contact with the surface of the object
• The temperature grid after discoloration represents the highest temperature the object has ever reached
