Nano Fixation:
Helping Critical Metals Go 20x Further

Our Fiber Fixation™ process is revolutionizing how industries use precious metals, platinum group metals, and rare earth elements, reducing costs by 50 percent while using 95 percent less material.

Nano Fueling Fiber close-up

Fueling the Future

As the demand for critical metals grows around the world, traditional approaches are falling short. Mining operations strain our environment and communities, while rising costs limit innovation across industries.


We're changing that—fundamentally transforming how industries use critical metals, enabling unprecedented efficiency and cost-savings, and markedly reducing environmental and human impact.

Transform Your Operations

Should you put the power of Fiber Fixation™ to work in your process? Our technology delivers immediate cost reduction, enhanced process efficiency, and a more resilient operation—all while reducing critical metal usage by 95 percent.

High Tech equipment and systems
Nano Scale Technology at work

The Power of Nano-Scale Engineering

Using proprietary nano-fiber technology, while we create ceramic fibers 1,000 times thinner than a human hair, we include critical metals in the fiber composition at the molecular level. This increases the metals’ effective surface area by a factor of 20—enabling a 95 percent reduction in material usage—at costs that are slashed in half.


These gains are setting industries free across multiple high-growth sectors: manufacturing, clean energy, pharmaceuticals, electronics, and environmental remediation. As the global leader in nano-fixation technology, we’re pioneering possibilities.

About Nano Fixation

Nano Fixation is a private company funded by its founding investors.


Our current focus is on expertise for potential industrial users and individuals in the process industries, energy, catalysis, electronics, and sensors.


We are currently working to deeply understand industrial customer needs and specifications by having discovery conversations with companies and people who understand the impact of critical metal shortages. These conversations will help us determine the way we capitalize our business model.


To stay in the loop, join our community

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Common Questions

How does Fiber Fixation™ technology work?

Our process starts with a specialized ceramic and metals mixture in liquid form. Using precise electrical charges, we create superfine fibers embedded with minute amounts of critical metals. The final product is refined into a powder, pellet, membrane or other form, ready for industrial use.

Which industries will benefit from this technology?

Our tech is designed for any industry that uses precious metals, platinum group metals, or rare earth elements as catalysts or active materials. If your application relies on these materials, we can likely help reduce your costs and material usage.

What makes this different from other material reduction technologies?

While other technologies focus on incremental improvements in material efficiency, our process fundamentally transforms how these metals function at a molecular level. By engineering at the nano-scale, we achieve unprecedented surface area expansion while maintaining full catalytic effectiveness.

What kind of results can we expect when working with Nano Fixation?

Our technology consistently delivers a 95 percent reduction in critical metal usage while cutting associated costs by 50 percent. However, specific results may vary based on your application and processes. We work closely with each partner to optimize implementation for their unique needs, ensuring maximum efficiency gains.

Join the Revolution

Nano Fixation is building a community of advocates for industrial efficiency and environmental sustainability. As an early supporter of our unique initiative, you'll be helping us ease supply bottlenecks that have contributed to shortages and inflation, while supporting environmentally conscious technology, enabling next-generation clean technologies, and contributing to the more efficient use of Earth's resources. As we learn more about the specific benefits of industrial adoption, our community will be the first to know.