Invisible at the nano-scale. Transformational at industrial scale.
The platform behind the next generation of materials.
Atomic Armor™ is Forge Nano’s patented coating platform: a uniform protective layer just a few atoms thick that helps materials perform where conventional coatings fall short. We apply it with ALDˣ, our process for atomic layer deposition at production scale.
It fits into existing manufacturing and is built to improve strength, safety and performance without adding meaningful weight or complexity.
It’s precision manufacturing at the smallest possible scale, built to enable the systems that power modern life.
Today’s resilience built one atom at a time
Atomic Armor™ reinforces surfaces at the atomic scale, creating more stable interfaces and more durable materials without redesigning the underlying system. By improving thermal behavior, reducing degradation and stabilizing material performance, Atomic Armor™ helps improve yields in semiconductors, extend life in energy storage and increase reliability in mission-critical defense and aerospace hardware.
One scalable platform. From powders to wafers to battery cells.
Impact
The Limits Holding Key Industries Back
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01
Chip Defects
Chip DefectsIn semiconductors, defects, contamination and weak interfaces limit transistor scaling. Atomic Armor™ helps reduce them at the atomic level.
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02
Cell Degradation
Cell DegradationIn energy storage, unstable interfaces drive degradation and safety risk. Atomic Armor™ helps cells last longer and run safer.
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03
Harsh Conditions
Harsh ConditionsIn defense and aerospace, heat, corrosion and weight push systems to their limits. Atomic Armor™ helps them hold up in harsh conditions.
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04
Unstable Powders
Unstable PowdersIn advanced materials, moisture, oxidation and heat degrade reactive powders. Atomic Armor™ hardens every particle at the source.
Solving the limits across industries that shape the world
STABLE MATERIALS
CLEAN INTERFACES
THERMAL STABILITY
LOWER DEGRADATION
HIGH RELIABILITY
LONGER LIFE
Atomic Armor™ reinforces surfaces at the atomic scale, creating more stable interfaces and more durable materials without adding weight or redesigning the underlying system.
By improving thermal behavior, reducing degradation, and stabilizing material performance, Atomic Armor™ unlocks higher yields in semiconductors, longer life in energy storage, and greater reliability in mission-critical defense and aerospace hardware.
TRUSTED BY
Built into what’s next.
Samsung SDI is accelerating development efforts to incorporate Forge Nano’s Atomic Armor™ technology into its future battery products.