A laser-focused, scalable process to make materials repel water

Mool Gupta from the University of Virginia presents a project supported by NSF under the PF Air program, focusing on commercializing a water-repelling technology. The demonstration shows how textured aluminum surfaces repel water, unlike regular aluminum. This super hydrophobic property can be replicated on polymeric surfaces, offering a low-cost solution with similar water-repelling properties. These textured surfaces can be applied to metals and polymers, providing benefits like corrosion protection and resistance.

What is the main focus of the project led by Mool Gupta?

• Developing a new type of aluminum

• Commercializing water-repelling technology

• Creating a new educational program

• Designing a new type of polymer

What happens to water when poured on a textured aluminum surface?

• It sticks to the surface

• It changes color

• It evaporates quickly

• It rolls off the surface

What is the term used to describe the water-repelling property demonstrated?

• Hydrophobic

• Superhydrophobic

• Superhydrophilic

• Hydrophilic

What is a key feature of the polymeric surfaces mentioned in the video?

• They replicate the properties of textured aluminum

• They are expensive to produce

• They have a smooth texture

• They are transparent

What additional benefits do the textured polymeric surfaces provide?

• Increased weight

• Corrosion protection and resistance

• Higher temperature tolerance

• Improved electrical conductivity