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.
Application

Galvanizing is the practice of coating clean, oxide-free iron or steel with a thin layer of zinc or zinc alloy to protect the surface against corrosion. The hot dip process is adaptable to coating nearly all types of fabricated and non-fabricated products such as structural assemblies, hardware chain, hollow ware, wire, pipes and tubes, fittings, tanks, sheets, strip, and wire cloth. Galvanizing consists of four fundamental steps:

  • Surface Preparation
  • Fluxing
  • Galvanizing
  • Finishing

Temperature measurement after dipping strongly influences the final appearance and quality of the coating. It also enhances the maximum line speed. There is the number of reasons for the non-uniform appearance. A steel part with both dull and shiny coating can also be the result of a different cooling rate. The use of a rapid quench after dipping can stop the formation of the grey or alligator coating. The phenomenon of peeling can also be seen if work cools too slowly, such that the temperature remains above 288°C for periods over 10 or 15 minutes, the pure zinc layer may peel off the work.

Recommended :

A 450C TL

Temperature range : 600°C to 2500°C
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.