As the front line of defense against thermal damage, SigmaOx’s Custom Thermal Interface Materials (TIMs) safeguard heat dissipation systems and the electronics they cool. Without optimized TIM material, even the most advanced cooling designs face degraded efficiency, lagging performance, and potentially irreparable component harm from excessive temperatures. We prioritize developing high-performance TIMs that can withstand use case extremes while maximizing heat transfer away from sensitive electronics.

For example, satellites endure wild thermal swings from over 200°C when facing the sun to -50°C in eclipse. Such dramatic temperature shifts can crack inferior TIMs, causing failure in keeping critical satellite electronics within safe operating ranges. SigmaOx Custom Formulas are engineered to withstand the intense cycles and temperature extremes of space, maintaining peak interface heat transfer in these demanding environments. The stability and resilience of our materials withstand not just the cold of orbit but applications ranging from cryogenic superconducting computing to the intense heat of hypersonic vehicle leading edges. By shielding vital systems from thermal extremes that cause slower performance, unstable operation, and permanent damage, our TIMs ensure efficient and reliable thermal management. Trust SigmaOx customization to keep your advanced cooling designs performing to their fullest regardless of the operational environment.