Glass 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.

The raw materials are fed into the furnace where it is melted at a temperature of around 1500°C.The molten glass is then transported to the Tin bath through a canal. The glass floats on the tin surface like a ribbon. As the glass flows through the Tin bath its temperature drops from 1100°C till 600°C.

Once the glass passes out of the Tin bath it passes into the Annealing Lehr where it is subjected to cooling so that glass becomes resistant to strain, doesn’t crack, and most importantly cut ability of the glass will be good. Once the glass is properly annealed it exits the Lehr and then the glass is cut by machines and transported. The regions within the float glass manufacturing process where temperature measurement is crucial are Working tank, Canal, Tin bath and Annealing lehr.

Working Tank Process Application

Temperature: 1500°C
Recommended Pyrometer: 450 G2

Canal Process Application

Temperature: The temperature must be minimum 1100°C before entering the Bath.

Recommended Pyrometer: 450 G2

Tin Bath Process Application

The AL514 IR Pyrometer measures temperatures from 300°C to 2500°C, ideal for glass and quartz surfaces.

Installation of the Infrared Pyrometer: Pyrosens Infrared sensors should be mounted above the Tin bath

Recommended Infrared Pyrometer: AL514

Annealing Lehr Process Application

Temperature: 100°C-800°C

Installation of the Infrared Pyrometer: Pyrosens Infrared sensors will be mounted at the top across the Lehr at equal locations.

Recommended Infrared Pyrometer: AL514

Why We Are the Best Choice for Glass 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.