$ 4588.00
Spectral reflectance measurement kit
  • Details


Description

Reflection and transmission are the basic optical properties of an item, and also the basic content of spectral measurement. For different types of samples, in order to obtain the best spectral measurement data, the two basic modes of reflection and transmission will evolve into more forms. There are mainly two kinds of reflections on the surface of the object: mirror reflection and diffuse reflection. The reflection of light on a perfectly flat surface is mirror. The reflection of light on a rough surface is diffuse. The reflection of light on the surface of most objects is somewhere in between. Reflectance measurement can be used to measure the reflectivity of components, measure the reflected color of objects and the composition information in chemical samples.


When we measure reflection on an object, it is very important to determine which type of reflection is mainly on the surface of the object.Most of the sample surfaces that look very dazzling or very shiny are mirror reflections. Because the angle of reflected light changes by 180 degrees relative to the incident light, an optical fiber can be used for sampling and measurement.


Features

• Easy sample placement, no need to customize sample fixture

• Easy operation, good repeatability and fast detection
• Transmittance value can be read in real time, data can be repeatedly imported, read and used

• Easy to read reflectance value


Application

• Measure the spectral reflectance of mirror reflective materials on flat surfaces


Parts List

Wavelength rangeUV-VISVIS-NIR
Spectrometer

BIM-6002A-01

200-900nm,resolution ~1nm

BIM-6002A-13

400-1100nm,resolution ~1nm

Light SourceBIM-6203,Deuterium tungsten light source,230-2500nm
FiberSIM-6104,Y-type Quartz fiber
StageBIM-6303,Double-point Reflection Stage
StandardBIM-6326,Mirror reflectance standard
SoftwareBSV spectral analysis software










*For detailed parameters of each part, please click the link in the table


Measurement case: Spectral reflectance of paper

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Spectral reflectance of different color papers


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