DISC Alloys is redefining thermal management. As satellites become more compute-intensive, heat—not processing power—is increasingly the performance bottleneck. Spacecraft and sealed terrestrial systems cannot rely on fans or convection, limiting capability and efficiency. DISC’s kinetic metal-bonding technology increases heat-load capacity by up to 50% while reducing thermal-frame weight by up to 7%, unlocking an estimated 10–25% increase in onboard compute performance and up to $500K in additional annual revenue per satellite translating into a payback measured in months.

Every metal involves trade-offs between strength, weight, and thermal performance. DISC eliminates these compromises by bonding two or more metals, without melting so each retains its optimal properties and delivers true, application-specific performance. This capability unlocks multiple markets, beginning with cold plates and heat-sink/frames: where maximizing thermal conductivity without adding weight is critical.