Where it’s used
A handful of materials, aimed at some of the hardest jobs there are, on Earth today and in space later. Every use here is civil. We make parts that survive heat and oxidation, never weapons.
Fab consumables & parts
Wafer-handling rings, chamber components and process consumables for semiconductor fabs. Precise oxide parts that hold tolerance and resist attack where today's ceramics wear or contaminate. This is our fastest first market: real demand, and a low bar to qualify.
R&D components
Insulators and structural parts for fusion and high-energy research rigs. They have to stay strong and stable in punishing thermal and chemical conditions, made to order and graded to their exact load.
Turbine hot-section
Hot-section shrouds and vanes for civil aviation and power-generation turbines. An oxide composite that holds its strength in oxidising heat, made to final shape and graded so it uses the least material for the load it carries.
High-temperature process parts
Furnace and process fixtures for industrial high-temperature lines. Parts that live in the hot zone and outlast the metal and monolithic ceramics they replace.
Manufacturing off-Earth
And the long game: the supply chain on the far side. As the frontier opens it needs propellant, structure and parts by the tonne, made from local resources rather than hauled up a gravity well. The same materials, software and robots carry over. See the mission.
