Navy Backs 'Omniphobic' Coatings to Help Ships Travel Farther

Researchers have already explored the idea of using water-repellent ship coatings that let ships travel faster and farther. The US Navy, however, is taking things a step further. It's backing University of Michigan work on an "omniphobic" coating that shrugs off virtually any liquid (it'll even fend off peanut butter) while lasting for a long time. Ships could theoretically glide through the water without nearly as much friction as ordinary vessels, consuming less fuel and traveling longer.
The scientists purposefully bucked conventional wisdom, which would combine the most repellent filler material with an equally durable polymer matrix. Rather, they looked for the best combination. The team combed through "vast" computer databases for chemicals and used equations based on molecular properties to see how the two would behave when mixed together.
Significantly, the coating appears to be ideal for the real world. You can brush or spray it on, and it can easily resist the dents and scratches that could be all too common while on the open water.
Unlike some lofty military projects, there's a solid timeline in place. The university hopes to have the coating ready for "small-scale" military and civilian purposes within two years. It wouldn't just be useful for boats, either. It could also protect above-water components like radar units and sensors against the weather, preventing them from rusting after a bad storm.
2026-10-12
Trade Alert
Delivering the latest product trends and industry news straight to your inbox.
(We'll never share your email address with a third-party.)
Related News
-
China’s New Food-Contact Standards Take Effect, Resetting Compliance for Coatings and Silicone Rubber
-
BASF Coatings and Li Auto Cooperate to Develop Low-Carbon Automotive Coatings
-
Paints and Coatings Market Worth $212B by 2026: MarketsandMarkets
-
European Coatings Show 2023
-
Prices of coatings, titanium dioxide, and emulsions have risen across the board!
-
Analyze the reforms facing the development of coatings
-
Machine-Learning Research Could Help Develop Tougher Coatings
-
Optimised silica-based hybrid coatings for the protection of aluminum
-
BCF: shortage of raw materials may affect the availability of food packaging
-
2020 architectural waterproof coatings are developing in this direction
Recommend Reading
-
Chung Lien Oil’s 8,000-Ton Soybean Oil BaP Scandal: NT$165 Million Fine, 401 Product Recalls, Source Still Unknown
-
SK Chemicals Partners with China’s Kelinle to Build Its Own Waste-Plastic Supply Network
-
Qatar LNG Supply Disruption Persists for Nearly Six Months, Exports Plunge 96%
-
Hormuz Closes, Paint Feels It First: How a Barrel of Oil Rewrites the Cost of Every Barrel of Coatings
-
EU Eyes Rare Trade Tool as PET, Epoxy Resin and Glass Fibre Face Import Curbs
-
Business Society’s Market Outlook for Acetic Acid on August 27, 2026: Deep Correction with a Bearish Bias
-
September China Titanium Dioxide Market Prices Rise
-
Business Society’s Market Outlook for Formic Acid on August 28, 2026: Rising
-
Ethylene Glycol: Production, Uses, and Safety
-
Phosphoric Acid Market in September Experiences Volatile Decline