the future starts at the nanoscale

Engineering the building blocks of tomorrow

“Innovation from Iceland to Silicon Valley”
Nanom’s journey featured by Amazon’s Now Go Build — transforming the way the world thinks about materials.

Smarter Materials for a Cleaner Future

We create the materials of the future.

Nanom engineers next-generation nanomaterials that power the batteries, electronics, and sustainable products of tomorrow. Our proprietary technology turns ordinary materials into extraordinary building blocks — unlocking performance once thought impossible.

Reimagining matter through nanoscale engineering

Our patented top-down accelerator technology converts micron-scale materials into precisely controlled nanoparticles — engineered for conductivity, porosity, and energy efficiency.
Nanom’s process is clean, scalable, and chemical-free, enabling high-performance particles at industrial scale.

From the lab to the factory floor

Nanom’s engineered nanoparticles enhance performance across multiple sectors. We bridge science and manufacturing — bringing the promise of nanotechnology to real-world production.

Building a circular materials economy

Our process enables the reuse of battery and industrial waste, turning discarded materials into high-value nanomaterials.
This closes the loop on resource depletion and reduces dependence on mining — delivering performance and sustainability hand in hand.

Engineering possibility itself

At Nanom, we believe materials define progress. By reshaping matter at the nanoscale, we empower industries to move faster toward a cleaner, more efficient, and electrified future. The next generation of batteries, vehicles, and devices will be built from Nanom materials.

Empowering the Energy Transition

Nanom’s materials redefine what’s possible for energy storage and sustainability. By unlocking nanoscale precision, we enable longer-lasting, faster-charging, and more efficient batteries—accelerating the global shift to electrification. From mobility to grid storage, Nanom’s engineered materials form the foundation of the clean energy future.