Resilience Starts at the Atomic Level.

We believed atomic-level precision was the key to advancing the world’s most critical infrastructure. So, we built a platform that delivers it at scale.

 

TRUSTED BY

MISSION

Strengthening Critical Infrastructure, One Atom at a Time

The world’s most critical systems demand new levels of performance, safety, and reliability.

Our Atomic Armor™ platform is redefining what’s possible at the atomic level. A scalable, adaptable technology that strengthens the systems powering modern life, from energy and defense to advanced technologies.

America’s Gigafactory

Defense
Aerospace
Grid Storage
Mobility Markets

Forge Nano’s North Carolina gigafactory is a transformational blueprint for U.S. energy security – delivering 100% domestic lithium-ion cell manufacturing at scale to meet surging demand from defense, aerospace, grid storage, and advanced mobility markets. Backed by a $100M U.S. Department of Energy grant and designed with proprietary Atomic Armor™ technology, the facility enables category-leading energy density, safety, and performance with unmatched manufacturing efficiency.

The Atomic Armor™ Platform

Atomic Armor™ is Forge Nano’s invisible performance layer that strengthens the world’s most critical systems. The proprietary platform applies ultra-thin, atomically precise coatings to materials and components, unlocking performance gains traditional methods can’t achieve. Built for industrial-scale deployment, Atomic Armor is not just a nanocoating – it’s a defensible materials technology that creates measurable competitive advantages in markets critical to national and energy security.

Impact

Industries
We Transform

  • 01

    Semiconductors

    Atomic Armor mitigates defects, reduces contamination, and enhances interface quality – key factors that limit transistor scaling and next-generation architectures

    Semiconductors
  • 02

    Energy Storage

    Atomic Armor-powered lithium-ion cells deliver higher energy density, superior safety, and longer cycle life. Made in the U.S. with a U.S.-dominant supply chain.

    Energy Storage
  • 03

    Defense/Aerospace

    Lighter, more powerful aircraft, drones, spacecraft, and directed energy systems with Forge Nano Atomic Armor innovations.

    Defense/Aerospace

Proof In Action

Forge Nano to Produce 100% US-Sourced Lithium-Ion Cells for US Department of Defense

Our Impact

Forge Nano is developing a lithium-ion battery cell for the US Department of Defense for testing that includes battery materials solely sourced from the United States. The 18650 cylindrical cell has high capacity and energy density, while meeting Department of Defense requirements for cycle life and operating temperatures.

Forge Nano Expands Semiconductor Business; Unveils new 200mm Wafer ALD Cluster Tool

Our Impact

TEPHRA is dedicated to the manufacturing of specialty semiconductor applications on 200mm wafers and below. With 100x efficient chemical use, rapid cycle times, increased yield, and low-risk manufacturing, TEPHRA is the only single-wafer cluster tool with commercial throughput speeds.

Solutions at Every Scale

Energy Storage

Forge Nano lithium-ion cells deliver unmatched energy density, durability and cycle life at scale to enable more power in small, lighter formats – extending range, mission duration and overall system reliability. Forge Nano cells are produced in the U.S. with a U.S.-dominant material supply chain to establish a secure and scalable foundation for the future of U.S. energy independence.

Semiconductors

Forge Nano’s semiconductor wafer fabrication equipment applies ultra-thin, atomically precise coatings that unlock higher device performance, improved yield, and advanced material integration. Engineered for high-throughput production, these systems deliver conformal coatings at lower precursor consumption, reducing cost of ownership while enabling next-generation device architectures.

Material Coating

Forge Nano’s powder ALD equipment enables precise, uniform coating of powders and granular materials at the atomic scale, transforming the performance of materials used in batteries, catalysts, pharmaceuticals, and advanced composites. By engineering surface properties without altering core material structure, it enhances conductivity, stability, and reactivity in ways traditional coating methods cannot achieve.

Culture

“Forge Nano is a place where bold ideas turn into real technology. I get to work on things that truly matter with people who genuinely care.”

Joel Kirner

Principal Battery Scientist
“At Forge Nano we push the bounds of thin film coating technology. By designing control systems, I get to collaborate with and learn from experts in ALD every day.”

Theodore Champ

Application Engineer II
“There are always exciting projects happening. You get to see the direct impact of your efforts, and I appreciate working with such thoughtful, collaborative people.”

Brianna Boeyink

Applications Engineer
“Every project is a chance to bridge innovation and real-world application, helping turn cutting-edge ideas into tangible results that make a global impact.”

Kyle Ingham

Senior Service Engineer
“The collaborative environment that Forge Nano fosters makes our research enjoyable AND impactful. I love coming to work and knowing that my team is changing the world through innovation.”

Sara Harris

R&D Engineer II

Scale with Atomic Precision

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