SkyLite™ Technical Specifications

Densified Polyester Matrix Composite for Aerospace & Marine Interiors

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SkyLite™: The Corian of the Skies

SkyLite™ is a densified polyester matrix composite engineered for precision machining via CNC routers, delivering exceptional performance for aerospace interior components. Fully compliant with AS9100D standards (certified since 2020), SkyLite™ meets rigorous demands for strength, thermal stability, and fire safety in commercial aircraft fuselages. When bonded to substrates (as typical in aircraft applications), SkyLite™ exhibits enhanced impact resistance and overall structural integrity.

Performance Properties of SkyLite™

Property Typical Result Test
Tensile Strength4,200 psiASTM D 638
Tensile Modulus1,000 x 10³ psiASTM D 638
Tensile Elongation0.6%ASTM D 638
Flexural Strength6,700 psi (max load)ASTM D 790
Flexural Modulus984 x 10³ psiASTM D 790
Hardness (Barcol)43–53ASTM D 2583
Thermal Expansion (CTE)110 x 10⁻⁶ in./in./°CASTM D 696 (TMA)
Density1.60 g/cm³ASTM D 792
Water Absorption (2 hr @ 212°F)0.16% gainASTM D 570
Water Absorption (24 hr @ 73°F)0.03% gainASTM D 570
Izod Impact (Notched, "E" Type)0.29 ft-lb/in.ASTM D 256
High-Speed Puncture (Dynatup Impact, Max Load)304 lb (Pass)ASTM D 3763
High-Speed Puncture (Energy to Max Load)4.73 in-lb (Pass)ASTM D 3763
Impact Resistance (Bonded to Aluminum Substrate)Pass (250 mm drop, 1 kg weight; no cracks or flaking)DIN EN ISO 6272-1 / RSP 120
Edge Impact Resistance (Bottle Drop, Bonded to Substrate)Pass at 50 cm (800 ml bottle, ~2.3 J; no cracking, delamination, or damage)Custom Procedure (Safran)
Edge Impact Resistance (Laptop Drop, Bonded to Substrate)Pass at 50 cm (~2 kg laptop, ~9.8 J; no cracking, delamination, or damage)Custom Procedure (Safran)
Dry Abrasion ResistancePass (10,000 cycles; no damage to top layer)Taber Linear Abraser Model 5750 / ISO 105-F09 / RSP 120
Fungus and Bacteria ResistanceDoes not support microbial growthASTM G 21 & G 22
Fluids SusceptibilityPass (3 cycles; no deleterious effects from 17 fluids including coffee, ethanol, ketchup)RSP 120 - Spray Method
Color StabilityNo changeASTM G53/UVA 1,000 hrs.
Abrasion Resistance0.15 gASTM D 4060
Flammability & Fire Safety (FAR 25.853 Compliance)Pass – Fully CompliantTitle 14 CFR/JAR/CS Part 25 Appendix F
Heat ReleasePass—OSU 65/65 (Critical for low heat output in fire scenarios)Part IV (g) [Amdt. 25-66]
Smoke DensityPass (Low smoke emission to aid evacuation visibility)Part V (b) [Amdt. 25-66]
ToxicityPass (Minimal toxic gas release for enhanced survivability)Part V (b) [Amdt. 25-66]
Sixty Sec. VerticalPass (Limited flame propagation)F.A.R. 25.853 (a)
Notes:

• Values represent typical results from recent SkyLite™ testing (Project IDs: 18-0380, 18-0185, IP-DC-IM-007-A, IP-DC-MA-018-A) and historical benchmarks, rounded for clarity while maintaining conservatism.
• Resin content: ~61 wt%; Filler content: ~39 wt% (ASTM D 2584).
• Estimations for Safran procedure impacts derived from physics-based energy calculations (E = mgh) correlated to validated ISO 6272-1 passes.
FAR 25.853 Emphasis: As the FAA’s cornerstone regulation for aircraft interior materials, FAR 25.853 ensures minimal flammability, smoke, and toxicity—vital for passenger/crew safety. SkyLite™ fully aligns with Boeing BSS 7230 and Airbus AITM methods, meeting requirements for major operators including Delta and United Airlines.
• SkyLite™ is produced via vacuum mixing for uniform density and machinability.