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IR Sensors for Glass Processing
Industry >> Glass >> Flat Glass Tempering

Flat Glass Tempering

The tempering of flat glass is achieved by heating and then quenching in either conveyorized or oscillating furnaces. The process is generally conducted in two separate chambers with the quenching being achieved using very high volume airflow. This can be a high volume, low mix, or low mix, high volume application.

Application Need 

During tempering, glass is heated to a point where it becomes soft; however any overheating will increase distortions in the glass. Setting up the process for different thicknesses of glass is a time-consuming, trial and error process. The heating of low emissivity glass can be difficult, as it is designed to reflect the infrared component of the heat energy. An accurate method of measuring glass temperature is required to set up and then continually monitor the process.

How we can help you 
  • Record the thermal image of every glass sheet produced - certify every product treated
  • Detect immediately any change in thermal performance - minimize downtime and scrap
  • Quickly see the effect of changing furnace settings, resulting in faster process setup
  • Obtain the full 'entry to exit' profile, enabling optimization of heating and cooling process
Thermal Profiling Systems

Recommended product

  • Lowest height thermal barrier - can be used in widest range of furnaces
  • Measure at up to 20 times per second, capturing the quench cooling in the finest detail
  • Unique ceramic coating, ensures rollers remain clean as barrier passes through the process
Infrared Temperature Solutions

Recommended product

  • Easy to install and set up GS150, and provides image of every sheet produced
  • GS150LE is designed for use on single side coated low e glass
  • The only system to provide a full 'entry to exit' profile
Get more information about Fluke Process Instruments solutions for this application