Apollo-traceable feedstock for sintering, 3D-printing, and structural studies of lunar in-situ construction.
Surface construction methods, sintered regolith bricks, microwave consolidation, additive processes, are sensitive to mineralogy and particle distribution. Studies need a feedstock that maps to a real lunar reference.
Regolithia Highland and Mare at phase match 96.4 % and 99.2 %, with alternative size fractions produced on request for the construction process under study. Full process-specific specifications scoped per project.
Full Regolithia specProcess-representative variants configured per construction route.
Lunar construction researchers and ESA / NASA collaborators working on surface infrastructure.
Engineers working on this often also evaluate:
Tell us the operating conditions. We'll formulate Regolithia to your application, and ship simulant matched to your particle specification and volume.
