Steel Industry
The steel industry uses thermal sensors at many stages of production, from monitoring smelting and refining temperatures to cooling and annealing. Continuous temperature monitoring helps prevent overheating, improve energy efficiency, and maintain the desired properties of the steel products, such as hardness and tensile strength.

Before Entering the Rolling

Application

Billet temperature measurement before entering the rolling

  • Process Temperature: 1000°C
  • Installation of the Pyrometer: Targeted on billet
  • Recommended Pyrometer: A450/A250/A450+/A250

Before Quenching

Application

Before Quenching

  • Process temperature: 900-950°C 
  • Installation of the Pyrometer: Before quenching 
  • Recommended Pyrometer: A 250/A450/A250+/A450+

After Quenching

Application

After Quenching at the cooling bed.

At the cooling bed, temperature equalizing takes place at around 600ºC. This makes the surface of the re-bar a hardened structure. The core remains soft. Monitoring and controlling temperature at each stage is important to maintain the quality of Re-Bars. Cooling is an important factor here. To ensure the retention of all the metallurgical properties of the steel the cooling should be fast as well as controlled. Lack of control in the cooling will lead to the formation of scrape/wastage material. This will hamper the quality of the product. Installation of the pyrometer at this level helps in the Retention of the metallurgical properties of the steel, helps in monitoring a variety of rod/bars with different diameters and in carrying out continuous temperature measurements.

  • Process Temperature: 450°C-500°C
  • Installation of the Pyrometer: At the cooling bed
  • Recommended Pyrometer: A250/A450/A250+/A450+
Why We Are the Best Choice for Steel Industry Temperature Monitoring?
  • Productivity

    Boost productivity with real-time temperature control.

  • Quality

    Enhance quality with precise temperature control.

  • Energy

    Save energy with optimized temperature control.