Industrial plants, manufacturing units, construction sites, automobile facilities, etc. all are known to use infrared thermometers extensively. They have gained popularity as reliable tools for measuring temperature, because of their non-contact feature, that is, they can gauge temperature without touching an object. Besides, they are also known for their accurate and fast readings.
From
the host of their unique applications, IR thermometers are used in building and
construction sites at various stages like cement processing, architectural
glass production, press board manufacturing and others.
Cement
Processing The pre-heater or kiln refractory used for cement processing is
expensive equipment, which is unfortunately prone to disastrous failures. Using
non contact thermometers is the best way to understand the wearing out of the
kiln refractory or detect any kind of damage to the machine beforehand.
Infrared thermometers have inbuilt solutions that not only monitor hot spots
but also convert energy into temperature units for better understanding. They
perform this task seamlessly, thanks to their user-friendly interface and quick
analysis and conversion of data.
Glass
Manufacturing Infrared thermometers are also known as laser temperature guns,
as they sometimes use a laser beam to help focus the thermometer at a specific
object. In a huge industrial construction site, while manufacturing glass,
these guns help measure temperature during various complex processes like
forming, glass bending, annealing, emissivity correction and tempering. They
also help in monitoring and controlling temperature for the manufacture of
one-sided construction glass.
Pressboard
Applications Pressboards are typically used in the building of outside walls,
rooftops, subfloors, etc. These boards are made from scraps of wood, stuck
together. Often, while processing wood, some of these scraps may protrude,
generating pressure on the machinery, and thus creating a hot spot. Infrared
Pyrometer are very handy in such a scenario. They monitor and identify excess
heat or defects while processing pressboards. They can even pick up information
about the moisture content of the board while it is in process as well as when
it is drying, thus giving detailed information about the quality of the board.
These
are the three main applications of IR thermometers at a building site. Besides,
they are used while fixing rooftops, checking for excess moisture or leakage in
the final construction, detecting defects in the electrical connections, etc.
Using these thermometers enables greater process control as well as better
management of process data. Plus, with accurate information, the user can offer
better quality and uniform products.
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