Superhydrophobic Coating Market Growth By 2027 | Top Key Players - Aculon, CYTONIX, LLC, NEI Corporation, NTT Advanced Technology Corporation, UltraTech International Inc, Rust-Oleum

As per estimates, the global superhydrophobic coating market size will be responsible for a considerable revenue share by 2027.

The demand for superhydrophobic coatings will be anchored in the coming years with increasing adoption across the electronics, medical and automotive industries. Superhydrophobic coatings primarily act as barriers to the metal surface interfaces. They are extensively used to delay the onset of corrosion as they slow down the diffusion of corrosive species. Furthermore, their self-cleaning, anti-corrosion and anti-scaling features along with long-term mechanical and thermal stabilities make them highly preferred over other materials across the construction sector.

The coatings also offer durable protection from abrasion as well as liquids, hence are applicable in a variety of substrates, like plastics, metals, glass, painted surfaces, fabrics, and 3D printed parts.

Superhydrophobic coating materials offer a unique combination of properties such as hydrophobicity and oleophobicity, and higher adhesion to stainless steel, as well as superior abrasion, and erosion resistance. Besides, they are widely employed for self-cleaning, antifogging, antibacterial, and environmental remediation on account of their nonwetting behavior.

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Fluoropolymer as a raw material

The adoption of fluoropolymer superhydrophobic coatings is anticipated to rise exponentially in the next few years. This is owing to the high contact angles of this raw material as fluoropolymer comprises molecules of carbon and fluorine.
Fluoropolymer coatings are high-performance plastic materials that are ideal for usage in harsh chemical as well as high-temperature environments. Besides, they offer high corrosion protection, lubrication, and squeak suppression. The incursion of fluoropolymers in superhydrophobic coatings also helps to impart dielectric and non-stick properties across the packaging, medical, and pharmaceutical applications.

Potential across the electronics industry
Superhydrophobic coating applications in the electronics sector will garner significant traction owing to their rising utilization across industrial and surface condensers in power plants. The coatings impart anti-fouling and easy-to-clean attributes to the metallic surfaces, including brass and titanium. On account of this, they are witnessing higher penetration in consumer products like kitchen appliances, showerheads, and handrails.

Furthermore, the coatings render dropwise condensation on components like stainless steel condenser tubes to improve heat transfer efficiencies. Also, highly engineered superhydrophobic coatings help to increase the functional benefits of HVAC coils by reducing corrosion, friction, sticking and wear.

Need for anti-corrosion in buildings
The usage of superhydrophobic coatings in infrastructure and building applications will soar due to their optimum non-stick, insulating, chemical, and corrosion protective properties. The coatings are also found to be compatible with plastics, glass, painted surfaces, and fabrics.

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Competitive marketing measures

Superhydrophobic coating manufacturers are focused on incorporating various inorganic strategies like capacity expansions and novel product launches to broaden their portfolio whilst increasing their revenue sales. To support the same with an instance, Nano Graphene Inc., in October 2020, came forward with a new ceramic-based superhydrophobic coating. The product is graphene-improved and has a built-in antimicrobial additive to offer protection to various types of glass.

Impact of COVID-19

The ongoing COVID-19 pandemic drew a relatively declining impact on the demand and production of superhydrophobic coatings with the regulation of trade barriers in the early months of 2020. The imposition of the lockdown policies also resulted in the sudden shutting down of the manufacturing facilities, bringing a dearth of labor across various industrial sectors. However, the gradual resumption of business operations mainly across the electronics, construction, and automotive industries will now add positive impetus to the market forecast.

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