Space-Grade Spectralon®
Spectralon materials made especially for space applications
BEST FOR:
Solar Illuminated Diffuse Panels
Radiance Calibration Standards
Calibration Targets
Integrating Sphere Uniform Sources
FEATURES:
>99% Diffuse reflectance
Extremely Lambertian
Chemically inert
Thermally stable
Environmentally stable
Resistant to UV degradation
NIST traceable calibration
Available in sets of eight calibrated standards in either 1 or 2 inch diameters
Environment Tests Include:
Thermal Cycling
Thermal Vacuum
Atomic Oxygen
UV-VUV Radiation
Particle Radiation
Labsphere’s Space-Grade Spectralon® has gained wide acceptance in the industry as a reflecting diffuser material for terrestrial remote sensing applications for both field and laboratory applications.
Space-grade Spectralon combines high reflectance with an extremely Lambertian reflectance profile, exhibiting reflectance values of greater than 99% from 400 to 1500 nm and greater than 95% reflectance from 250 to 2500 nm.
The material is processed in a clean-room environment and packaged to protect against molecular and particulate contamination. Each step in the manufacturing and handling process ensures that the material is of the highest purity and cleanliness, essential for space applications.
BEST FOR:
Solar Illuminated Diffuse Panels
Radiance Calibration Standards
Calibration Targets
Integrating Sphere Uniform Sources
FEATURES:
>99% Diffuse reflectance
Extremely Lambertian
Chemically inert
Thermally stable
Environmentally stable
Resistant to UV degradation
NIST traceable calibration
Available in sets of eight calibrated standards in either 1 or 2 inch diameters
Environment Tests Include:
Thermal Cycling
Thermal Vacuum
Atomic Oxygen
UV-VUV Radiation
Particle Radiation
Labsphere’s Space-Grade Spectralon® has gained wide acceptance in the industry as a reflecting diffuser material for terrestrial remote sensing applications for both field and laboratory applications.
Space-grade Spectralon combines high reflectance with an extremely Lambertian reflectance profile, exhibiting reflectance values of greater than 99% from 400 to 1500 nm and greater than 95% reflectance from 250 to 2500 nm.
The material is processed in a clean-room environment and packaged to protect against molecular and particulate contamination. Each step in the manufacturing and handling process ensures that the material is of the highest purity and cleanliness, essential for space applications.
