The oddity of these materials lies in the ability to push the liquid. Drops do not spread to such a surface, but it remains almost global and is easily rounded. This effect is obtained by a special coating based on micro structures and fluorine polymers formed by a laser.
The researchers conducted experiments to check whether water fresh features were protected in a space. Glycerin and fluid drops were applied to the surface and observed their behavior at temperatures up to 300 degrees Celsius from the rooms.
The results showed that even in a space, the drops continued to slip despite the fact that the drops were a little slower. This means that the material can effectively protect the spacecraft from icing, condensate and corrosion.
Source: Ferra
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