Usual application locations include; telescopes, baffles, waveguides, vacuum cleaner test chambers, probes, satellites, release vehicles, airplane, optics, antennae and radomes.
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Films Systems
Topcoats
- Aeroglaze® Z .306 and Z307. These wetness healed polyurethanes provide a matt black nish with intense durability, mar level of resistance, cleanability and resistance to ecological degradation. Numerous scientific evaluations of Z .306 have established its properties for the high absorption of wavelengths in the visible spectrum (low reflectance), combined with low emissivity in the infra-red spectrum. These properties ensure maximum assimilation of run-a-way light amp; minimum spread mixed with minimal emission of high temperature which can bother the light path. Z307 provides essentially the same properties with additional conductivity for the discharge of static electricity.
- Aeroglaze® A new276. Gloss whitened finish offers extreme strength in severe environments normal of aerospace and area applications. A276 offers high re also ectivity in accordance with room industry specifications
All Aeroglaze® topcoats carry out their features in vacuum cleaners and with low outgassing.
Primers
Master Aeroglaze® primers provide improved adhesion and deterioration opposition for a broad range of substrates used in the area and optical markets including; platinum, aluminium, stainless steel, real estate agent, gold, beryllium, magnesium, glass, nickel and FRP. Pexa also supplies the Master Chemlok® variety of adhesion marketers for a wide range of challenging substrates. The primers possess been examined in mixture with the topcoats to assure that techniques satisfy the technical specifications of the room and optical sectors.
- Aeroglaze® 9924.-Wash (etch) primer containing chromates suitable for a broad variety of substrates like untreated aluminum, copper, metallic, gold, galvanised steel and many various other alloys.
- Aeroglaze® 9947. Wash (etch) primer chromate free of charge suitable for a wide range of substrates including FRP, untreated aluminium, copper, silver, gold, galvanised steel and numerous various other alloys. Allows compliance with rules such as Get to if chromate tones are not really allowed.
- Aeroglaze® 9929. Epoxy primer formulated with chromates is certainly appropriate for a wide range of taken care of steel substrates. This primer furthermore contours to the specifications of Mil-P-23377.
- Aeroglaze® 9741. Epoxy primer chromate free of charge suitable for a wide range of dealt with metallic substrates. Allows conformity with regulations such as Get to if chromate tones are not really allowed.
Key Functionality and Specification Data
House | Product | Element | Overall performance | Resource |
Conductivity | Z .307 | Resistance ohms/ square | 100 - 100,000Ω (typically 2800Ω) | Lord Corporation |
Hemispheric reflectance | Z306 | λ 546nm @ 20° incidence angle | 0.048 NASA Heaney 1992 | NASA Heaney 1992 |
Hemispheric reflectance | Z306 | λ 5 - 25 μm | 0.08 - 0.11 | Persky 1999 |
Outgassing | Z306 (+ primer 9929) | TML | 0.60% | NASA outgassing area A |
Outgassing | Z306 (+ primer 9929) | CVCM | 0.01% | NASA outgassing area A |
Outgassing | Z .306 (+ primer P123) | TML | 1.55% | ESA ECSS-Q-ST-70-02C |
Outgassing | Z306 (+ primer P123) | CVCM | 0.00% | ESA ECSS-Q-ST-70-02C |
Outgassing | Z306 (+ primer P123) | RML | 0.47% | ESA ECSS-Q-ST-70-02C |
Outgassing | Z .307 (+ primer 9924) | TML | 0.80% | NASA outgassing section A |
Outgassing | Z307 (+ primer 9924) | CVCM | 0.04% | NASA outgassing area A |
Outgassing | A276 | TML | 0.99% | NASA outgassing area A |
Outgassing | A276 | CVCM | 0.08% | NASA outgassing area A |
Outgassing | A276 | TML | 0.57% | NASA Ellis amp; Jaworske 2009 |
Outgassing | A276 | CVCM | 0.01% | NASA Ellis amplifier; Jaworske 2009 |
Solar Absorptance | Z306 | αs | 0.96 | NASA Lauder 2005, Henninger 1984 |
Solar Absorptance | Z306 | αs | 0.95 | ESA ECSS-Q-70-09 |
Solar Absorptance | A276 | αs | 0.263 | NASA Lauder 2005, Henninger 1985 |
Heat opposition | Z306 | -150°C to +130°C | Lord Corporation | |
Temperature resistance | Z307 | -150°C to +130°C | Lord Corporation | |
Temperature resistance | A276 | 450K 500hrs in vacuum | NASA Ellis amp; Jaworske 2009 | |
Heat range level of resistance | A276 | -150°G to +130°D | Lord Company | |
Thermal Emissivity | Z306 | εn | 0.91 | NASA Lauder 2005, Henninger 1986 |
Complete Hemispherical emittance | Z .306 | εn | 0.9 | ESA ECSS-Q-70-09 |
Total Hemispherical emittance | Z .306 | εn | 0.86 | Lord Corporation |
Thermal Emissivity | A276 | εn | 0.86 | NASA Lauder 2005, Henninger 1987 |
Chemglaze® Films
Chemglaze® films assist a variety of particular industrial programs.
Product | Application | Specification |
---|---|---|
Chemglaze® A080 | Polyurethane surface finish for surface area security |
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