Transmittance integrating spheres
ATST150T
Transmittance integrating sphere is made of imported high-diffuse reflection material PTFE fired at high temperature, and the reflectivity is as high as 99%.
Delivery
EXW
minimum order
1 set
Country of Origin
Made in China
Stock Time
15Day
Quantity
Description:
Transmittance integrating sphere is made of imported high-diffuse reflection material PTFE fired at high temperature, and the reflectivity is as high as 99%. It is suitable for the full spectrum of ultraviolet-visible-near infrared (200-2500mm), and has a good Lambertian property, due to the high stability of the material, it is not easy to oxidize and yellow, and it is waterproof and easy to store. The inner diameter of the integral is 36mm, the default light inlet is 9.5mm, and the light outlet is a general SMA905 interface, and FC interface or other interfaces can also be customized.
Features:
High reflectance, suitable for full spectral range
High stability, not easy oxidation deterioration, standard Lambert spherical cavity
High accuracy, with excellent Lambertian reflective spherical cavity
Application:
Laser Spectral Power Test
Fluorescence Spectroscopic Detection
Haze detection
Solid, powder and transparent samples transmittance detection
Transmittance measurement
Transmittance integrating sphere is made of imported high-diffuse reflection material PTFE fired at high temperature, and the reflectivity is as high as 99%. It is suitable for the full spectrum of ultraviolet-visible-near infrared (200-2500mm), and has a good Lambertian property, due to the high stability of the material, it is not easy to oxidize and yellow, and it is waterproof and easy to store. The inner diameter of the integral is 36mm, the default light inlet is 9.5mm, and the light outlet is a general SMA905 interface, and FC interface or other interfaces can also be customized.
Features:
High reflectance, suitable for full spectral range
High stability, not easy oxidation deterioration, standard Lambert spherical cavity
High accuracy, with excellent Lambertian reflective spherical cavity
Application:
Laser Spectral Power Test
Fluorescence Spectroscopic Detection
Haze detection
Solid, powder and transparent samples transmittance detection
Transmittance measurement