High temperature wear-resistant thermocouple for power plants

High temperature wear-resistant thermocouple for power plantsThe G series is a high-tech product that is ideal for high-temperature and wear-resistant environments such as circulating fluidized bed boilers, boiling boilers, coal grinding machine gasification furnaces, and cement plant series kiln heads, kiln tails, furnace head covers, as well as chemical and smelting industries. The G series draws on the strengths of others and uses the * process formula to produce wear-resistant alloys in an unbalanced state. Compared with ordinary stainless steel metal and metal ceramic protective tubes, the service life of this product is increased by 1-5 times compared to similar wear-resistant alloy protective tubes on the market Due to the temperature difference in the environment, high temperature control point, significant vibration, high blower speed, and severe wear, temperature measurement is very difficult and the service life is very short. Generally, wear-resistant alloys only wear through, bend, and break in 10-90 days, causing damage to thermocouples and causing great losses and unnecessary trouble to users. Our company's production of G precisely compensates for this disadvantage

High temperature wear-resistant thermocouple for power plantsAfter being used nearly 10000 times a year by hundreds of manufacturers, the response has been very good, and it has the strength of peers in many occasions, which can be comparable to imported products This product has the advantages of anti vibration, wear resistance, corrosion resistance, high sensitivity, good stability, high accuracy, and long service life. It is currently used as a temperature measurement protection tube in high-temperature wear-resistant fields such as power plants, cement plants, and chemical smelters
Main technical parameters
Electrical outlet: M20 × 1.5, NPT1/2
Wear resistant head hardness: HRC60-65
Protection level: IP65 resistant

Wear resistant thermocouple model and specifications

The material of the protective tube is 1Cr18Ni9Ti, and other materials are ordered according to the agreement.