The main reason for this is the optimal function and high durability within these temperature ranges of the sealing materials we use. In general, at higher or lower temperatures, an accurate view of the entire plant and its use is necessary in order to develop a good solution. The media used are also influenced by the temperatures. Low temperatures cause high viscosities that can impair the functionality, and too high temperatures can destroy materials.

If the temperature is too high, the medium can also be damaged. Nucleation or a change in the chemical composition can alter the properties and affect the overall system. Constructed electronic components such as switches or displacement transducers are generally not capable of withstanding high temperatures.

For extreme applications, however, there are individual solutions that can be used accordingly, e.g. special sealing materials that withstand temperatures of up to 200°C.