Wuhan Guide offers a wide range of blackbodies for testing infrared system, pyrometers, radio meters spectrum analyzers and more. They are available with broad selection of temperature ranges, ideal emissivity, and unmatched accuracies and are versatile enough to cover all customers' needs.
Aspheric infrared lens produced by Wuhan Guide transfers superior thermal images. They are necessary components in optical structure for high quality images.
Infrared Optic Window
GUIDE infrared window allows you to inspect electrical cabinets and other systems directly without opening the enclosure since all the infrared, ultraviolet and visual light can pass through the special IR optic window smoothly. It is used to remove the risk to thermograhpers by ensuring that they are never exposed ...
Infrared Optic System
Our spherical lenses and aspherical lenses are IR lenses, we offer wide range of spherical and aspherical lenses for your needs. ...
JQ-80MYZ5BB Blackbody
Temperature range: 50.0℃~500.0℃
Emissive area: Φ80mm
Resolution: 0.1℃
Temperature accuracy: ±(0.3%FS+1.0)℃
Stability: ±(0.1~0.3)℃/h
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JQJ-500MFDXAT BlackbodyTemperature range: Ambient temperature±15℃
Emissive area: 500mm×500mm
Resolution: 1℃
Temperature accuracy: ± (0.5%FS+1)℃
Stability: ±1℃/h (in laboratory) ...
JQ-150MFD1C Blackbody
Temperature range: -20.00℃~60.00℃
Emissive area: Φ150mm
Resolution: 0.01℃
Temperature accuracy: ±(0.3%FS+0.50)℃
Stability: ±(0.03~0.05)℃/h ...
JQ-90MYD2B Blackbody
Temperature range: -40.0℃~60.0℃
Emissive area: Φ90mm
Resolution: 0.1℃
Temperature accuracy: ±(0.5%FS+1.0)℃
Stability: ±(0.1~0.3)℃/h ...
JQ-80MYD1B Blackbody
Temperature range: -20.0℃~60.0℃
Emissive area: Φ80mm
Resolution: 0.1℃
Temperature accuracy: ±(0.3%FS+1.0)℃
Stability: ±(0.1~0.3)℃/h ...
JQ-30QYG4A Blackbody
Temperature range: 800℃~1600℃
Emissive area: Φ30mm
Resolution: 1℃
Temperature accuracy: ±(0.4%FS+1.0)℃
Stability: ±2.5℃/h ...
JQ-30QYG3A Blackbody
Temperature range: 800℃~1450℃
Emissive area: Φ30mm
Resolution: 1℃
Temperature accuracy: ± (0.4%FS+1.0) ℃
Stability: ±2.5℃/h ...