High temperature wear-resistant thermocouple for Shanghai Automation

Source:Shanghai Automation Instrumentation Co., Ltd    Date:2022-08-22

High temperature wear-resistant thermocouple for Shanghai Automation

Shanghai Automation high temperature wear-resistant thermocouple is the preferred temperature measurement protection tube in power plants, cement plants, chemical smelters and other high temperature wear-resistant fields

High temperature wear-resistant thermocouple is a high-tech special product with ideal high-temperature wear-resistant environment such as circulating fluidized bed boiler, fluidized bed boiler, coal pulverizer gas making furnace and cement plant series kiln head, kiln tail, furnace head cover, chemical industry, smelting, etc. G series draws on the advantages of others and adopts a unique process formula to produce wear-resistant alloy in the loss of state balance. Compared with ordinary stainless steel metal and cermet protection tubes, Its service life is increased by 1-5 times Due to the difference in ambient temperature, the temperature control point is too high, the vibration is large, the blower wind speed is too high, and the abrasion is serious, which makes the temperature measurement very difficult and the service life is very short. The general wear-resistant alloy is only worn through and damaged in 10-90 days, burnt, bent, broken, and the thermocouple is damaged, which brings great losses and unnecessary troubles to the user. The G series produced by our company makes up for this shortcoming

series anti-corrosion and wear-resistant thermocouples have been used by hundreds of manufacturers for nearly 10000 times a year, and the response is very good. It has the strength of leading peers in many occasions, and can be comparable to imported products This product has the advantages of vibration resistance, wear resistance, corrosion resistance, high sensitivity, good stability, high accuracy and long service life. It is the preferred temperature measurement protection tube in high-temperature and wear-resistant fields such as power plants, cement plants and chemical smelters