Apollo-traceable simulant for dust-mitigation research on landers, suits, and lunar surface hardware.
Lunar dust is fine, electrostatically charged, and abrasive, and its real behaviour can only be studied against a regolith analogue with documented mineralogical fidelity. Generic dust does not transfer.
Regolithia delivers Highland and Mare references at phase match 96.4 % and 99.2 %, supplied as a sub-75 µm silicate powder with alternative size fractions on request for the test campaign. Detailed test-specific specifications available on request. Bring the operating conditions and we will scope the engagement.
Full Regolithia specApollo-traceable feedstock; campaign-specific dust profiles configured on request.
Dust-mitigation engineers for landers, EVA suits, and lunar surface hardware.
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Tell us the operating conditions. We'll formulate Regolithia to your application, and ship simulant matched to your particle specification and volume.
