Optosky's integrating sphere is a cavity sphere, also known as the photometric sphere,Ulbricht sphere, etc.Its interior covered white highly diffuse Reflectance material. The light entering integrating sphere is diffusely reflected to form a uniform illumination, eliminate the influence of uneven beam.
It has a wide range of applicability, accessories for spectrometer, optical fiber, light source and various optical measuring equipment.Our sphere afford NIST traceable characterization of all types of light .The diffuse reflecting surface of the inner wall of it is made of PTFE, BaSO4,MGO2.The dominant wavelength range is between 200-2500nm, and different sizes, ports and coatings can be customized.
Description:
Optosky's reflectivity integrating sphere is foamed with imported PTFE material, covering the ultraviolet-visible-near-infrared spectral range, and has high reflectance, good thermal and chemical stability in this spectral range, and is not easy to yellow and Powder off. The material of the sphere is made of alumina, the diameter of the inner tank is 38 mm, the diameter of the sample port is 9.5 mm, and a fixed bracket is attached, which is convenient for testing.
The reflectivity integrating sphere has 3 openings, one is the light entrance connected to the light source, and a collimating mirror is installed at the front of the light entrance, which is incident at 8° to the normal. One is that the output port is perpendicular to the normal and is used to connect the spectrometer. The input and output ports are all common SMA905 fiber interfaces. There is also a sample port to prevent sample testing. Of course, we can also customize the optical trap design for you, deduct the specular reflection of the sample, and only measure the diffuse reflection of the sample port.
Features:
High reflectance, excellent Lambertian reflective surface
High stability, not easy to deteriorate
Application:
Spectral reflectance
Reflection system design
Reflectance measurement of solid samples
Reflectance measurement of turbid liquids.
Powder and film opaque sample reflectance
