ZC-1251

Both ZC-1251 and ZC-1392 are designed to remain undarkened by particle radiation from the solar wind (such as that found in geostationary orbit) and to remain undamaged by atomic oxygen (found in low Earth orbit). ZC-1251 is optimized for the highest infrared reflectance (low thermal emissivity).

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Reflectance by Band

BandAvg. ReflectanceMin Reflectance
350-400 nm61.1%55.0%
400-450 nm76.2%71.0%
450-500 nm87.2%82.0%
500-550 nm91.3%88.0%
550-600 nm93.0%90.0%
600-650 nm93.6%90.6%
650-700 nm94.2%92.0%
700-750 nm95.1%92.0%
750-800 nm96.1%94.0%
800-850 nm96.8%94.0%
850-900 nm97.2%94.0%
900-950 nm97.5%95.0%
950-1000 nm97.7%96.0%
1000-1500 nm97.8%96.0%
1500-2000 nm98.0%96.0%
2000-5000 nm98.0%96.0%
5000-10000 nm98.0%96.0%
10000-15000 nm98.0%96.0%

* Scans shown are for an 8° angle of incidence (AOI).

Environmental Durability

TestSpecificationDescription
AdhesionISO-9211-4, MIL-PRF-13830BSlow-pull, 90-deg
AbrasionISO-9211-4, MIL-PRF-13830BModerate cheesecloth, 50 strokes
Physical CosmeticMIL-C-48497A 4.5.2.1Visual
Environmental PhysicalMIL-C-48497A C.4.5.8Visual
24-hr HumidityMIL-PRF-13830B C.4.5.850C/95%/24-hr
DI Water SolubilityISO-9211 4-8-0424-hr
Salt Water SolubilityISO-9211 4-8-0424-hr
Acid CorrosionMIL-STD-810G method 518.1Atomized pH = 4.0, 48-hr
H2SZC-M-F-900A24-hr
96H Salt-Controlled HumidityZeCoat Modified 13830B24-hr, KCL 80C/80%RH
Thermal CycleZeCoat Modified 13830B B.4.4.4+150 C / -75 C