Surface threats differ across sectors—road salt in Detroit, jet-fuel soot at 35,000 ft, marine biofilm on hulls, and flux residues on printed circuit boards—yet the solution can be the same. Nanize engineered a single PFAS-free nanocoating platform robust enough for all of them, making it a cross-industry game-changer.

Automotive: Fighting Rust and Road Grime

Fleet operators pour millions into repaints and touch-ups. Nanize forms a microscopic seal that blocks chloride ions and sheds mud before it sticks, extending paint life by 40 percent. Cleaner vehicles also need fewer car-wash chemicals, slashing water and detergent bills.

Aerospace: Drag Reduction and FOD Defense

A 150-nanometre Nanize layer weighs only 2 g m⁻² yet smooths surface micro-roughness, trimming boundary-layer drag. Airlines testing the film on leading edges are seeing fuel savings approaching one percent—huge when a wide-body jet burns $10 million in fuel annually.

Marine: Non-Toxic Antifouling

Conventional bottom paints rely on biocides that leach heavy metals. Nanize offers the same barnacle resistance through pure surface physics, complying with tightening IMO guidelines and lowering dry-dock frequency.

Electronics: Clean Boards, Higher Yield

Flux, solder balls, and dust cause latent shorts. Nanize’s omniphobic skin stops contaminants from sticking, reducing post-reflow cleaning cycles by half and boosting throughput in SMT lines.

Industrial Keyword Cluster

PFAS-free | corrosion protection | self-cleaning | drag reduction | antifouling | dust-repellent | maintenance reduction

Proving the Point

Detailed case histories are summarized in our News & Media hub: https://www.nanize.com/news-media. You’ll find metrics on downtime cuts, throughput gains, and environmental wins—straight from customer audits.

Take Action

If you operate in transportation, manufacturing, energy, electronics, or marine, a single email can unlock double-digit cost savings: https://www.nanize.com/contact