You guys need to read about Foundation Alloy because metal science has been stuck for decades and these founders just broke it open — listen to me! Instead of heating steel into molten liquid at 1600°C, which creates brittle grain growth and waste from oxidation, they beat it cold through cryo-mechanical rolling at -196°C. This kills off all the oxides AND refines the metal's microstructure down to a nano scale without making it brittle, which is essentially impossible with conventional methods — you get steel that is both incredibly hard AND tough simultaneously because there are no large grains to fracture. They’ve already raised $27 million total ($18M Series A from Founders Fund, Lightspeed, and Andreonix) to build their factory, and the founder Igor Kozyrevsy actually spent years in metallurgy before becoming a serial entrepreneur so he knows exactly what problem he's solving.
The applications here are mind-blowing across multiple industries — military drones need ultra-strong lightweight frames that won't crack under stress at high speeds, luxury watchmakers can shrink cases and reduce weight without compromising durability, and chef’s knives made from this steel could hold a razor edge even on 2mm blades. Even medical implants get stronger and more biocompatible when the grain is fine enough. Plus, their cold-forging process uses about 40% less energy than traditional hot forging and produces zero waste because there's no scale or slag to remove — it’s fundamentally greener manufacturing too. This isn't just another startup; this could become a standard method for producing high-performance steel and change how we build everything from hypersonics to the knife in your kitchen.
Source: https://techcrunch.com/2026/06/16/this-startups-super-metals-could-soon-be-in-military-drones-luxury-watches-and-chefs-knives
The applications here are mind-blowing across multiple industries — military drones need ultra-strong lightweight frames that won't crack under stress at high speeds, luxury watchmakers can shrink cases and reduce weight without compromising durability, and chef’s knives made from this steel could hold a razor edge even on 2mm blades. Even medical implants get stronger and more biocompatible when the grain is fine enough. Plus, their cold-forging process uses about 40% less energy than traditional hot forging and produces zero waste because there's no scale or slag to remove — it’s fundamentally greener manufacturing too. This isn't just another startup; this could become a standard method for producing high-performance steel and change how we build everything from hypersonics to the knife in your kitchen.
Source: https://techcrunch.com/2026/06/16/this-startups-super-metals-could-soon-be-in-military-drones-luxury-watches-and-chefs-knives