Ceramic Coating at Ancona Falconara (LIPY)

What changes at Ancona Falconara?

Ancona Falconara sits at forty-nine feet elevation on the Adriatic coast, twelve kilometres west of Ancona city centre. The airport is managed by Ancona International Airport S.p.A., which since 2021 has provided general-aviation services, FBO facilities and hangarage through its own section rather than through third-party handlers. That means a single point of contact for ramp access, hangar allocation and airside escort—important when you need three to six uninterrupted days inside.

The single runway, 04/22 at 2,962 metres, accommodates everything from light twins to ultra-long-range jets without MTOW concerns. Coastal position brings salt-laden air year-round, and summer UV is intense; both accelerate oxidation on unprotected paint and leave a haze on windows. A ceramic coating applied here forms a sacrificial barrier that takes the brunt of that exposure, so the paint underneath stays glossy and the brightwork stays bright. Winter operations mean Type I and occasionally Type IV fluid; the ceramic layer resists glycol better than bare clearcoat, preventing the micro-etching that accumulates over seasons of de-icing.

Why apply ceramic protection rather than repeating a polish?

Single-stage polishing corrects paint and restores gloss, but the surface you have worked so hard to perfect begins oxidising the moment the aircraft leaves the hangar. Within six months the paint dulls again, leading edges collect bugs that etch into the clearcoat, and you are back on the ramp with compound and a rotary. Ceramic coating locks in that corrected finish behind a chemically bonded layer—typically nine-rated on the hardness scale—so contaminants sit on top rather than biting into the paint. When the next wash comes, everything lifts with a rinseless solution and minimal agitation.

The economic case is straightforward: you invest three to six days now and reduce every future dry-wash or decon visit by thirty to forty per cent in labour hours. Over a two-to-three-year warranty period that adds up to dozens of saved man-hours, less water where ramp rules allow wet work, and fewer chemicals entering the waste stream. For a fleet running tight schedules out of Ancona, shorter ground time per wash translates directly into better aircraft availability.

What happens during the three-to-six-day process?

Day one is decontamination: we clay-bar the entire fuselage, wings, nacelles and tail to pull embedded iron, tar and salt from the paint. That step cannot be rushed—any particle left behind will sit under the ceramic and telegraph through as a surface defect. Once the paint is clean we inspect under high-intensity light for swirls, oxidation and scratches, then machine-correct with a cutting compound followed by a finishing polish. Brightwork—leading edges, nacelle lips, winglets—is polished separately to remove oxidation and restore the mirror finish.

Days two and three are coating application. We lay the first ceramic layer across all painted surfaces, working panel by panel to ensure even coverage and no high spots. Twelve hours later, once the first layer has flashed, we apply the second. Windows, windscreen and brightwork receive their own formulation; the hydrophobic effect is immediate and dramatic. The final days are curing time: the aircraft stays in the hangar at controlled temperature while the ceramic cross-links into a permanent bond. We deliver a maintenance plan showing recommended wash intervals, a list of safe cleaning agents, and a photo report documenting paint condition before and after correction.

How does Adriatic weather affect the coating lifespan?

Salt aerosol is the dominant factor. Ancona sits directly on the coast, and prevailing winds push marine air across the apron daily. Salt particles land on the paint, absorb moisture, and create a corrosive micro-environment that degrades clearcoat far faster than inland conditions would. A ceramic coating provides a non-porous cap; salt still lands, but it cannot bond chemically, so each wash removes it completely rather than leaving a residue that builds up over months.

UV intensity peaks between May and September, and unprotected paint oxidises quickly under that exposure—chalking starts at the crown of the fuselage and works outward. Ceramic layers contain UV inhibitors that absorb and dissipate that energy before it reaches the clearcoat. The result is colour stability: whites stay white, metallics stay bright, and you avoid the milky haze that appears on neglected jets after two seasons in the Mediterranean. We recommend a mid-life inspection at eighteen months, typically a simple wash and a check for any high-wear areas on leading edges, so we can top up the coating if needed and extend the protection to the full three-year mark.

Can you coat an aircraft that already shows paint defects?

Ceramic coating is not paint repair; it is a protective layer applied over a corrected surface. If the paint is oxidised, swirled or scratched, we correct those defects first—that is the 'paint correction' step in the process and it can add a day if the damage is widespread. Light oxidation and swirls come out with a single machine-polish pass. Deeper scratches that go through the clearcoat into the base require spot wet-sanding, then polishing, then a check with a paint-depth gauge to confirm we have not cut through to primer.

If the paint is too thin to correct safely, or if there are areas of corrosion or delamination, we document those in the initial inspection and recommend a repaint before coating. Applying ceramic over compromised paint simply locks in the problem. For an aircraft coming out of a fresh repaint, ceramic is the ideal next step: the paint has full thickness, zero defects, and maximum gloss, so the coating goes on quickly and the result is flawless. Many completion centres now hand the aircraft to us immediately post-delivery for exactly that reason.

How do you handle scheduling and hangar access at Ancona?

Because the airport's general-aviation section manages hangarage directly, we coordinate the booking, airside escort and stand allocation through one office rather than negotiating with separate handlers. You provide a tentative arrival window; we confirm hangar availability and submit the PPR. Once the aircraft lands and taxies to the stand, our team meets it with an airside pass already arranged. The jet is towed into the hangar, external power is connected, and we begin the decontamination phase while the hangar doors close.

Three to six days sounds long, but the aircraft is never waiting on us—curing time is chemical, not discretionary. If you have a hard out-date we can compress the schedule slightly by overlapping correction and first-coat application, but we will not skip curing hours; doing so voids the warranty and leaves the coating vulnerable to premature failure. For fleets with multiple aircraft we can pipeline the work: one jet in decon, one in coating, one in cure. That approach smooths the labour peaks and keeps each aircraft moving through the process without idle days.