Labsphere's Spectralon Reflectance Standards for Equipment Calibration
Highly diffuse reflectance material provides reliable known reflectance values
North Sutton, New Hampshire (March 4, 2009) - With the highest diffuse reflectance values of any known substance, Labsphere's Spectralon® Reflectance Standards provide the most accurate calibration for a variety of testing equipment. Spectrophotometers, Densitometers, Integrating Sphere Systems, Optical Equipment, Photographic Equipment, Reflectometers and Remote Sensing Instruments can be calibrated according to National Institute of Standards and Technology (NIST) traceable standards.
Available in a variety of reflectance values and colors with values ranging from 2 to 99 percent reflectance values over the 250 - 2500 nm wavelength range, the diffuseness of Labsphere's standards eliminate viewing angle errors. Spectralon is the only known substance on the market that stays completely diffuse at these high reflectance values.
The standards come both calibrated and uncalibrated and are available individually and as sets. The durable units are thermally stable, washable and waterproof for use in a wide variety of environments from laboratory to production and quality control.
Labsphere is currently offering a 20% discount on orders of 10 or more standards placed before March 15, 2009. For more information e-mail Labsphere at standards@labsphere.com or phone +1 (603) 927-4266.
Part of the global Halma group of technology companies, Labsphere (www.labsphere.com) is a world leader in light testing and measurement and diffuse optical coatings. The company's products include LED, laser and traditional light source light measurement systems; uniform light sources for imaging device calibration; spectroscopy accessories; and high diffuse reflectance materials and coatings for applications in backlit panel displays, computed radiography, and system calibration. The company's expertise has resulted in multiple patents in areas such as methods for testing LEDs on a wafer and UV transmittance.
