Comparison of Materials for Wear resistant Thermocouples

Wear resistant thermocouple is a commonly used measuring instrument with certain applications in many fields. There are many types of information about wear-resistant thermocouples, and each type of information is also diverse. Have you all understood it? Below, let me introduce the comparison of wear-resistant thermocouples.

 

1. Metal ceramic wear-resistant: Adopting recrystallized silicon carbide metal ceramic maintenance tube, with a low temperature of up to 1300 ℃, equipped with K-index or S-index armored core, specifically used for temperature measurement in low-temperature and strong wear-resistant working conditions such as cement kiln tail and circulating sulfurization bed.

 

Material identity: Sic

 

Application temperature: 0-1300 ℃

 

2. Common wear-resistant hot blast stove: Adopting a new type of silicon carbide metal ceramic maintenance tube, the low temperature can reach 1300 ℃, and the inner core is an S-division or B-division low-temperature armored core, which is specifically used for temperature measurement in hot blast stove places.

 

Material identity: SiC

 

Application temperature: 0-1300 ℃

 

3. Low temperature alloy wear-resistant 1: Special heat-resistant and wear-resistant alloy materials are used as temperature measuring external maintenance pipes and wear-resistant heads, with armored cores inside. It can have high corrosion resistance to washing fly ash particles and excellent maintenance effect on the inner core under low temperature conditions. Adopting flange or threaded connection, it can temporarily stop temperature measurement between 0-1200 ℃, making it a very ideal temperature sensor for low-temperature and wear-resistant situations in the metallurgical industry.

 

Material: K1320 heat-resistant and wear-resistant alloy

 

Temperature: 0-1200 ℃

 

4. Low temperature alloy wear-resistant 2: Special heat-resistant and wear-resistant alloy materials are used as temperature measurement external maintenance tubes, with armored cores inside. It has high corrosion resistance to particle washing and excellent maintenance effect on the inner core under low temperature conditions. Adopting flange or threaded connection, it can temporarily stop temperature measurement between 0-1200 ℃, making it a very ideal temperature sensor for low-temperature and wear-resistant situations in the metallurgical industry

 

Material: 3YC52 or GH3030 heat-resistant and wear-resistant alloy

 

Temperature: 0-1200 ℃