Related introduction
Global First Aerospace-Grade Deep Space Ecological New Material
Core Functions: Waterproofing · Water Retention · Water Storage
Temperature Resistance Range: -90°C to +250°C
Core Technologies:
Physical Micro-Nano Coating Process · Micro-Nano Waterproof Membrane ("Micro-Nano Raincoat")
Using independently developed physical micro-nano coating technology, each grain of sand is precisely coated with a micro-nano waterproof membrane.
Different from traditional chemical coating, it is more suitable for extreme deep-space environments.
Process Highlights:
No chemical additives are required, fully preserving the original mechanical properties of sand and soil.
It can be directly used in scientific research experiments and Mars base construction, achieving a key breakthrough of "breathable yet waterproof".
Application
At an extremely cold temperature of -90°C, it can still lock in water without freezing.
Lock in water to prevent evaporation and decomposition.
At a high temperature of 250°C, its performance remains stable.
Improve the soil environment and make water truly usable.
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