Wear resistant thermocouple
  • Wear resistant thermocouple

Wear resistant thermocouple

The G series wear-resistant thermocouple has been used by hundreds of manufacturers and nearly 10000 times a year, and has a good response. This product has advantages such as vibration resistance, 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.

Product features:

Wear resistant thermocouples are high-tech specialized products that are ideal for high-temperature and wear-resistant environments in power plant circulating fluidized bed boilers, boiling boilers, coal mill gas furnaces, cement plant series kiln heads, kiln tails, furnace head covers, chemical industry, smelting, and other high-temperature and wear-resistant environments. The G series wear resistant thermocouples draw on the strengths of others and use process formulas to produce wear-resistant alloys in a state of loss balance. Compared with ordinary stainless steel metal, metal ceramic protective tubes, and similar wear-resistant alloy protective tubes on the market, their service life is increased by 1-5 times. Due to the difference in environmental temperature, high temperature control points, large vibration, high blower wind speed, and severe wear, temperature measurement is very difficult, and their service life is very short. Ordinary wear-resistant alloys only wear through and damage in 10-90 days, resulting in burning. Bending and breaking can cause damage to wear-resistant thermocouples, resulting in significant losses and unnecessary trouble for users.

The G series wear-resistant thermocouple has been used by hundreds of manufacturers and nearly 10000 times a year, and has a good response. This product has advantages such as vibration resistance, 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