MIL / GOV Specifications
ALUMINUM DATA/NAME PLATES
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A-A-50271
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GG-P-455B
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GG-P-455B Amendment 3
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MIL-A-8625F
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MIL-A-8625F Amendment 1
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MIL-DTL-15024G
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MIL-DTL-19834C
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MIL-P-514D
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MIL-P-6906B
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MIL-PRF-61002B
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MIL-STD-130N
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MIL-STD-13231
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NSA-2J
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SSP-50007RB
Characteristics / Results
ALUMINUM DATA/NAME PLATES
| Abrasion Resistance | No pronounced image loss, degradation or reduced readability after 7,000 cycles on an abrading wheel. |
| Acid Corrosion | No deterioration or image degradation after 24 hours in 3% nitric acid. |
| Heat Resistance | Standard Metalphoto readable up to 500°F, Image Intensified Metalphoto readable up to 800°F. Both tested for a 24-hour oven exposure. Inquire for heat resistance up to 1,000°F with Extra High Temperature (XHT) treatment. |
| Salt Spray Corrosion | No deleterious effect after a 720-hr salt spray (fog) test. 2,6 “Very Good” corrosion resistance after 113 days seawater exposure. |
| Accelerated Light and Weather Resistance | No pronounced deterioration of legibility after 400-hr carbon arc weatherometer exposure. (Estimated 20+ year outdoor life) |
| Accelerated Oxygen Aging | No discoloration or fading after 96-hr/300 psi/ 70°C oxygen bomb aging. |
| Stain Resistance | No black fading when plates are exposed to tincture of iodine. |
| Cleaning Resistance | No deleterious effects when tested with alkaline cleaners (MILC-87937 or equivalent) for aircraft surfaces. |
| Low Temperature Resistance | No deleterious effect or image fade after 1 hour at -50°F. No impairment of legibility upon exposure at -67°F. |
| Organic Solvent Resistance | No softening, staining or noticeable fade after 24-hr exposure to: JP-4 fuel, Gasoline, Mineral Spirits, Methyl Ethyl Ketone, Turpentine, Turbine & Jet Fuel, Kerosene, Xylol, Acetone, Toluol, Heptane, Trichlorethylene, MIL-H-5606 Hydraulic Fluid and MIL-L-7808 Jet Engine Oil. |
| Fungus Resistance | Visual reading of “0” per ASTM-G21. |
| Thermal Shock | No deterioration after 3 cycles between -65°C and 125°C |
| Moisture Resistance | No deterioration after 10 humidity cycles per MIL-STD-202, method 106. |
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