Wear-resistant Thermocouple

  • Anti-vibration and wear-resistant thermocouple
Anti-vibration and wear-resistant thermocouple

Anti-vibration and wear-resistant thermocouple

  • Anti-vibration and wear-resistant thermocouple
  • wear-resistant thermocouple
  • Product description: Anti-vibration and wear-resistant thermocouple is ideal for high-temperature wear-resistant environments such as circulating fluidized bed boilers, boiling boilers, coal mills, gasifiers, and cement p
  • INQUIRY
Anti-vibration and wear-resistant thermocouple is ideal for high-temperature wear-resistant environments such as circulating fluidized bed boilers, boiling boilers, coal mills, gasifiers, and cement plant kiln heads, kiln tails, furnace head covers, and chemical and smelting. Technology-specific products. So what are the characteristics of anti-vibration and wear-resistant thermocouples, and what is the difference from ordinary thermocouples?
Anti-vibration and wear-resistant thermocouple uses a unique process formula, compared with ordinary stainless steel protection tubes, metal ceramic protection tubes, and similar wear-resistant alloy protection tubes on the market, its service life is increased by 1-5 times. In many industrial environments, due to the high temperature of the test point , The vibration is large, the blower wind speed is too high, which makes the thermocouple wear seriously, which makes the temperature measurement very difficult and the service life is very short. The general wear-resistant alloy only wears out after 10-90 days, burns and breaks, causing the thermocouple. Damage, which brings great losses and unnecessary troubles to users, is completely comparable to imported products.
Anti-vibration and wear-resistant thermocouple uses special heat-resistant and wear-resistant alloy materials as the measuring outer protection tube and wear-resistant head, and the inner armored core, which can not only have high corrosion resistance against scouring of fly ash particles, but also can withstand high temperature conditions. The inner core plays a good role in protection. Adopting flange or screw connection, it can measure temperature between 0 ~ 1400 ℃ for a long time. It is a very ideal temperature sensor for metallurgy industry in high temperature and wear-resistant environment.
Anti-vibration and wear-resistant thermocouple is mainly used to measure the temperature of steam pipes and boilers in power stations. The structure adopts the method of detachable heat protection tube and galvanic couple. When in use, the user can weld or mechanically fix the heat jacket to the equipment, and then install the galvanic couple to work. Its advantage is to increase the working pressure and service life of the protection tube, and to facilitate the repair or replacement of the galvanic couple. This structure is currently widely used abroad. There are five different structures and installation methods for the heat protection tube produced by our company.

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