DESIGN WITH ATOMIC PRECISION
Much of what is considered normal on earth, becomes a luxury or absolute necessity in space. From simply disinfecting surfaces to having healthy, breathable air. On earth, you would spray and wipe surfaces, while being able to easily ventilate the environment.
The scenario is very different in space but are pathogen still the same? Yes.
Can you just open a window for fresh air? No.
Energy security for operating life-support systems is critical and any failure puts life at risk.
Simple matters become complex to manage, especially when weight and available payload space become an issue. It becomes rapidly clear, that the earth's protective atmosphere is a protective shield for much of what becomes life-threatening in space.
Nanotechnology but more specifically, quantum-confined nanomaterials, help enhance the efficiency as well as durability of many systems, while minimising weight and conserving both available storage room and fuel, for perspective interplanetary space travel and exploration.
At NANOARC SPACE, we design, manufacture and supply atomically-architectured nanomaterials as additives for a seamless enhancement in performance and stability of material systems targeted for harsh extra-terrestrial and interplanetary exploration environments. We tap into the benefits of quantum-effects, that only occur at critical dimensions (well below 20 nm or 0.02 μm) in nanomaterials, in order to be able to offer functionality that nature provides exclusively in Quantum Materials.