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Certain structures require the control of extremely high temperatures. These structures cannot avail of the use of conventional sensors. However, thermochromic paint is ideal.
Aerospace engines, oil pipelines or oil platforms in the middle of the ocean need continuous monitoring of specific points, such as welding spots. Difficult access requires fully unassisted thermal control, like in the case of structures that are under the sea, where specially prepared paint is ideal in helping against corrosion.
If you need to buy thermochromic paint, you have come to the right place. Our thermochromic paint is the first one to provide high resistance in harsh environments.
Deciding on the right type of paint for a particular use is not a simple task. The temperature to be monitored needs to be analysed, along with the times of exposure to this temperature. We also need to consider the materials on which the paint will be applied and the environment in which they will be placed. We recommend that you contact our specialists, who can give their best recommendation concerning the product, its use and provide the most reasonable price for thermochromic paint. However, in the following sections you will find more detailed information that may be of help.
Below, we highlight the basic properties of thermochromic paint:
Heat-sensitive paint was created because of the need to monitor the temperature of surfaces subjected to very high temperatures.
The surface of a reaction engine or gas turbine reaches extremely harsh temperatures. Therefore, thermochromic paint is an invaluable tool when it comes to determining thermal profiles and detecting defects in their complex structure to prevent fatal accidents. Later on, due to the need for continuous monitoring and control of the condition of structures like oil platform pipelines – which are affected by seawater – corrosion‑resistant paints were developed.