Yes. Our aerospace-grade Nitinol springs are engineered with a **transformation temperature range of -100°C to +150°C**, ensuring stable superelasticity in both cryogenic and high-heat environments. The alloy composition (Ni: 50.6 at%) is optimized for minimal hysteresis loss, validated through 500+ thermal cycling tests under simulated orbital conditions. These springs meet NASA’s outgassing standards (ASTM E595) and retain 98% shape recovery after prolonged stress.

Our hinges endure **>500,000 folding cycles** without fatigue failure, thanks to Nitinol’s intrinsic 8% recoverable strain limit. A proprietary thin-film coating (DLC – Diamond-Like Carbon) reduces friction by 40% while maintaining a sleek profile. Rigorous testing confirms zero plastic deformation even at -20°C, making them ideal for extreme climates. Each batch complies with MIL-STD-810G durability benchmarks.

Absolutely. Our components undergo a specialized **hydrogen barrier treatment** during manufacturing, reducing hydrogen absorption by 90% compared to untreated Nitinol. Tested in H₂S-saturated environments (per NACE MR0175), they maintain fracture toughness above 80 MPa√m at 10,000 psi. The alloy’s corrosion rate is <0.001 mm/year in pH 3–12 conditions, ensuring 15+ years of service life in aggressive formations.