Tuesday, January 19, 2021

Black Body Calibration Sources From Nagman Instruments

 

The Black body calibrators are used in most industries for monitoring the calibration of the infrared temperature sensor. The Calibrators consider a heated or cooled target object whose temperature will be accurately known and it will act as the base for providing the accurate infrared pyrometers. A Black body calibrators are excellent radiators that emit thermal energy in a visible or infrared form with intensity at a given wavelength and temperature. The black body calibrator sources can effectively absorb and release extremely non-reflective radiations and it has an emissivity value of 1.

 

When compared to other material that is available in the market, the black body calibration source makes a true perfect blackbody. Few Black body calibrators show an emissivity less than 1 but when they are designed properly, they can be bought closer to 1.  The emissivity of the blackbody is matched to the emissivity of the sensor by adjusting it. The black bodies are used lightning, thermal imaging, heating also for testing and measurement purposes. The Plank Law of radiation is used to provide the intensity of the energy at all the temperature and wavelength. For calibrating and testing the radiation thermometers, we use either a blackbody radiation source with temperature known or whose temperature needs to be measured.

  

Nagman is trusted for its quality and service by many industries. We provide a broad variety of Black body calibration sources. They are considered exemplary for calibration in the room or laboratory where a stable temperature takes up the Calibrator performances. For different temperatures, we have BBSL, BBSM, BBSH, BBSD and for specifically measuring low and medium temperature we use BBSD. Get in touch with us, if you have any further questions about black body calibrators. Please do contact Nagman and we are always glad to provide you the best service with the quality according to the need of your industry.

 

 

 

 

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