SiC Thermocouple Protection Tubes

As a protective cover for thermocouple sensors, the SIC thermocouple protection tube is usually placed outside the sensor to enclose the temperature-sensing element. They can shield the thermocouple from high temperatures, mechanical impacts and corrosive materials. Consequently, SIC thermocouple protection tubes are capable to lowering the risk of temperature-sensing element damage and guaranteeing the thermocouple sensor's ability to reliably and precisely measure the temperature changes.

SIC thermocouple protection tubes boast excellent high-temperature resistance and corrosion resistance, maintaining structural integrity without deformation or damage even when exposed to harsh high-temperature and corrosive environments for extended periods. In addition, silicon carbide ceramics offer superior oxidation resistance under working conditions. The dense silicon oxide protective film forms on their surface at high temperature, which effectively inhibit further oxidation and extend their service life.

Because of SIC thermocouple protection tubes’ exceptional thermal conductivity and quick response to changes in ambient temperature. They are widely used in high-temperature machinery in a range of industries, including ncluding metallurgy, glass manufacturing, ceramics, chemical engineering, and power generation. These SIC thermocouple protection tubes are crucial in measuring and monitoring internal temperature fluctuations, effectively ensuring the stability and safety of industrial processes.

To achieve optimal dimensional and flatness control, the precision machining techniques are employed to process SIC thermocouple protection tubes. Semicorex accept customized services based on provided drawings. Whether it is the outline, dimensional tolerance, or the aperture parameters related to core functions (including aperture size, hole type design, inner wall finish and other details), our technical team can tailor SIC thermocouple protection tubes that match your working conditions.