Smashing Atoms to Forge the Ultimate Next-Gen Super Metals

Humans have been making metal alloys the exact same way since the Bronze Age. We take a few different metals, throw them into a giant pot, melt them down, and mix them together. But an early-stage startup named Foundation Alloy is completely changing that ancient recipe. They built a brand new technique that skips the melting phase entirely and beats the ingredients together instead.

Jake Guglin, the co-founder and CEO of the company, explained that they smash metal powder particles together at a tiny scale. Right now, demand is completely outstripping their supply. Guglin noted that his team can sell everything they manage to create, meaning their only real limit is how fast they can manufacture the material, not finding buyers.

Looking at their early partners, a massive variety of industries want these new materials. Foundation Alloy is already running pilot programs with companies in the automotive, aerospace, semiconductor, and defense sectors. They are even working with businesses that manufacture high-end chef knives and luxury watches. Guglin pointed out that this technology can save these clients tons of money while eliminating massive amounts of waste.

To scale up their manufacturing so they can produce several tons of metal per week by next year, the startup just raised twenty-two million dollars in a Series A funding round. Voyager Ventures led the investment, with participation from several other firms like Trust Ventures, Yamaha Motors, and Material Impact. Kanematsu Corporation also joined the round and will handle distributing the startup’s metals across Japan and Southeast Asia.

The science behind this process comes from twenty years of research by tech experts Tim Rupert and Chris Schuh. Standard commercial alloys rely on melting, but Foundation Alloy uses a special mill that repeatedly smashes different metal powders until they fuse into a uniform new material. By skipping the furnace, their solid-state process uses roughly ten times less energy than traditional manufacturing.

When you melt metals together, the final product is rarely perfect. The process often leaves tiny structural flaws that make the metal brittle or prone to rust. Melting also fails when you try to mix metals with vastly different melting points, which has blocked scientists from creating entirely new classes of useful alloys.

Foundation Alloy solves these old trade-offs. Usually, engineers have to choose between a metal that resists heat and one that survives heavy mechanical stress. This new technique creates materials that can handle intense heat and take a massive beating simultaneously. Some of their first finished products are tooling parts for car manufacturers and components for aerospace firms.

Within the defense industry, the company is targeting drone supply chains. Guglin explained that original defense supply chains built parts for F-35 fighter jets, where factories focus on making a hundred perfect components per year. Military drones require a completely different scale, demanding ten thousand parts per month. This new smashing method can keep up with that high-volume demand. Guglin likes to compare alloying to cooking. Two chefs can use identical ingredients but end up with completely different dishes based on how they cook them. Foundation Alloy simply found a much better way to cook.