[Features]Thermo label (R) sharply discolors at a specific temperature. It is an irreversible temperature-indicating material that does not return to its original color once discolored.· Because the temperature-indicating element that changes color is based on the melting point of purified and stable soluble pigment, the temperature reading is accurate and highly precise.· As the indicated elements are sealed in the heat resistance film, they are not affected by water, drug, oil and environment
[Features]Thermo label (R) sharply discolors at a specific temperature. It is an irreversible temperature-indicating material that does not return to its original color once discolored.· Because the temperature-indicating element that changes color is based on the melting point of purified and stable soluble pigment, the temperature reading is accurate and highly precise.· As the indicated elements are sealed in the heat resistance film, they are not affected by water, drug, oil and environment
[Features]Thermo label (R) sharply discolors at a specific temperature. It is an irreversible temperature-indicating material that does not return to its original color once discolored.· Because the temperature-indicating element that changes color is based on the melting point of purified and stable soluble pigment, the temperature reading is accurate and highly precise.· As the indicated elements are sealed in the heat resistance film, they are not affected by water, drug, oil and environment
[Features]Thermo label (R) sharply discolors at a specific temperature. It is an irreversible temperature-indicating material that does not return to its original color once discolored.· Because the temperature-indicating element that changes color is based on the melting point of purified and stable soluble pigment, the temperature reading is accurate and highly precise.· As the indicated elements are sealed in the heat resistance film, they are not affected by water, drug, oil and environment
[Features]Thermo label (R) sharply discolors at a specific temperature. It is an irreversible temperature-indicating material that does not return to its original color once discolored.· Because the temperature-indicating element that changes color is based on the melting point of purified and stable soluble pigment, the temperature reading is accurate and highly precise.· As the indicated elements are sealed in the heat resistance film, they are not affected by water, drug, oil and environment
[Features]Thermo label (R) sharply discolors at a specific temperature. It is an irreversible temperature-indicating material that does not return to its original color once discolored.· Because the temperature-indicating element that changes color is based on the melting point of purified and stable soluble pigment, the temperature reading is accurate and highly precise.· As the indicated elements are sealed in the heat resistance film, they are not affected by water, drug, oil and environment
[Features]· Label shape temperature control material that supports vacuum to be used in 1 Pa to normal pressure environment.· Just by pasting the label to a part to control temperature, temperature can be controlled without wiring and power supply.· At indicated temperature error, the indicated temperature part changes from light yellow to black irreversibly, and the temperature history can be checked.· Under reduced pressure, measurement is possible with the changed color temperature ±2℃ to 4℃.
[Features]· Label shape temperature control material that supports vacuum to be used in 1 Pa to normal pressure environment.· Just by pasting the label to a part to control temperature, temperature can be controlled without wiring and power supply.· At indicated temperature error, the indicated temperature part changes from light yellow to black irreversibly, and the temperature history can be checked.· Under reduced pressure, measurement is possible with the changed color temperature ±2℃ to 4℃.
[Features]· Label shape temperature control material that supports vacuum to be used in 1 Pa to normal pressure environment.· Just by pasting the label to a part to control temperature, temperature can be controlled without wiring and power supply.· At indicated temperature error, the indicated temperature part changes from light yellow to black irreversibly, and the temperature history can be checked.· Under reduced pressure, measurement is possible with the changed color temperature ±2℃ to 4℃.
[Features]· Label shape temperature control material that supports vacuum to be used in 1 Pa to normal pressure environment.· Just by pasting the label to a part to control temperature, temperature can be controlled without wiring and power supply.· At indicated temperature error, the indicated temperature part changes from light yellow to black irreversibly, and the temperature history can be checked.· Under reduced pressure, measurement is possible with the changed color temperature ±2℃ to 4℃.
[Features]· Label shape temperature control material that supports vacuum to be used in 1 Pa to normal pressure environment.· Just by pasting the label to a part to control temperature, temperature can be controlled without wiring and power supply.· At indicated temperature error, the indicated temperature part changes from light yellow to black irreversibly, and the temperature history can be checked.· Under reduced pressure, measurement is possible with the changed color temperature ±2℃ to 4℃.
[Features]· Label shape temperature control material that supports vacuum to be used in 1 Pa to normal pressure environment.· Just by pasting the label to a part to control temperature, temperature can be controlled without wiring and power supply.· At indicated temperature error, the indicated temperature part changes from light yellow to black irreversibly, and the temperature history can be checked.· Under reduced pressure, measurement is possible with the changed color temperature ±2℃ to 4℃.
[Features]· Irreversible heat sensitive material that will not return to the original color once it has been discolored.· Can perform temperature detection using change in color.[Applications]· Heat generation monitoring of electronic components, such as transistors, IC, capacitors and coils.
[Features]· Irreversible heat sensitive material that will not return to the original color once it has been discolored.· Can perform temperature detection using change in color.[Applications]· Heat generation monitoring of electronic components, such as transistors, IC, capacitors and coils.
[Features]· Irreversible heat sensitive material that will not return to the original color once it has been discolored.· Can perform temperature detection using change in color.[Applications]· Heat generation monitoring of electronic components, such as transistors, IC, capacitors and coils.
[Features]· Irreversible heat sensitive material that will not return to the original color once it has been discolored.· Can perform temperature detection using change in color.[Applications]· Heat generation monitoring of electronic components, such as transistors, IC, capacitors and coils.
[Features]· Irreversible heat sensitive material that will not return to the original color once it has been discolored.· Can perform temperature detection using change in color.[Applications]· Heat generation monitoring of electronic components, such as transistors, IC, capacitors and coils.
[Features]· Irreversible heat sensitive material that will not return to the original color once it has been discolored.· Can perform temperature detection using change in color.[Applications]· Heat generation monitoring of electronic components, such as transistors, IC, capacitors and coils.
[Features]· Encapsulated liquid crystals are printed to polyester film using a special technique.· In conjunction with the temperature increase, the numeral color will also change in the order of black → mauve → green → blue → navy. (It returns to the original color in the reverse order as the temperature falls.)
[Features]· Encapsulated liquid crystals are printed to polyester film using a special technique.· In conjunction with the temperature increase, the numeral color will also change in the order of black → mauve → green → blue → navy. (It returns to the original color in the reverse order as the temperature falls.)
