Super hydrophobic materials and coatings: overview
DOI:
https://doi.org/10.18321/cpc433Keywords:
anti-icing, hydrophobic sand, contact angle, silicone wasteAbstract
With the large exception of surfaces with reversible structures, the usual strategy for producing a superhydrophobic surface is to reduce surface energy and create surface roughness. The acquired surface has a reduced contact area between the substrate and the liquid, allowing liquid droplets to easily slide off the surface. Due to this ability to roll, such a highly rejecting surface exhibits self-cleaning characteristics. This article provides an overview on the production of nanomaterials in a flame, creation of superhydrophobic sand based on the powder obtained from the incineration of silicone waste, anti-icing, study of the effect of hydrophobic sand on plant growth, creation of paint and varnish coatings based on hydrophobic soot.
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