Ceramic Coating at Palermo Falcone e Borsellino (LICJ)

Why apply ceramic coating at a Mediterranean island airport?

Sicily sits in the centre of the Mediterranean shipping corridor, so the air around Palermo carries salt, industrial particulate, and seasonal Saharan dust. Paint on a business jet picks up all three, and the combination etches gloss, oxidises aluminium brightwork, and leaves a haze on windows that a dry wash will not shift. UV at 38° north is strong enough year-round to degrade unprotected clear coat within eighteen months of a repaint.

A ceramic coating creates a chemically bonded, hydrophobic layer over corrected paint. Salt and dust sit on the surface rather than in the pores, so rain or a rinseless wash lifts them without scrubbing. The coating filters UV before it reaches the clear coat, slowing oxidation. De-icing fluid—common on winter northbound legs—sheets off instead of pooling in panel gaps. Brightwork stays mirror-bright because the ceramic layer prevents tarnish from forming. The result is an aircraft that holds its post-detail appearance for two to three years, even under a Mediterranean operating profile, and every wash in that window takes half the time because contamination never bonds to the paint.

What changes at Palermo Falcone e Borsellino?

The airport sits at Punta Raisi, 35 kilometres west-north-west of Palermo city centre, which means crew and contractor transfers take longer than the name suggests. The field elevation is 65 feet, so density altitude is rarely a constraint, and both runways—07/25 at 3,326 metres and 02/20 at 2,068 metres—can accept any business jet in the category. Runway 07/25 is 60 metres wide with displaced thresholds at both ends, giving ample room for simultaneous commercial and general-aviation movements.

For a ceramic application, the aircraft must be inside a hangar for the full duration: decontamination raises dust, paint correction requires stable temperature and low humidity, and the coating needs at least twenty-four hours of controlled curing after the final layer. We coordinate hangar access and airside escort through handling agents present at the airport. Because Palermo is a city hub with seasonal peaks, hangar slots in July and August often book weeks ahead; spring and autumn offer shorter lead times. The 35-kilometre distance from the city also means that any consumables, replacement panels, or OEM-approved polishes must be staged before the aircraft arrives—day-of-dispatch from Palermo suppliers adds half a day to the schedule.

What happens during the three to six days in the hangar?

We begin with a full decontamination wash: rinseless chemistry to lift salt, oils, and dust, then a clay-bar pass over every panel to pull embedded metal particles and tree sap from the paint. The surface must be completely clean before correction, because any remaining contamination will be sealed under the ceramic layer. Next, we inspect the paint under high-intensity light, mark every area of oxidation, scratching, or swirl marks, and machine-polish those zones with a cutting compound. The goal is to restore a uniform gloss across the fuselage, wings, nacelles, and tail before the coating goes on.

Once the paint is corrected, we wipe down every surface with an isopropyl solution to remove polishing oils, then apply the first ceramic layer by hand, panel by panel. The product flashes within minutes, and we buff the haze to a clear finish. Twenty-four hours later, the second layer goes on using the same method. We also coat all brightwork—leading edges, nacelle lips, windscreen frames—and apply a separate ceramic formula to the windows. The aircraft then sits in the hangar for a final twenty-four-hour cure. Before departure, we hand over a maintenance plan that specifies wash intervals and a list of approved shampoos, plus a warranty document that covers coating integrity for two to three years depending on flight hours and operating environment.

How does ceramic coating fit into a recurring maintenance schedule?

Most operators apply ceramic every two to three years, ideally immediately after a repaint or a complete detail. If the paint is already corrected and the brightwork polished, the coating locks in that condition and extends the interval between heavy details from twelve months to thirty-six months. Between applications, the aircraft still needs regular washes—every four to six weeks under a Mediterranean profile—but those washes are faster and require no polishing, because contamination has not bonded to the surface.

For fleets that rotate through Palermo seasonally, we schedule the coating during the shoulder months when hangar availability is higher and the aircraft can be off-line for a week without disrupting charter blocks. If an aircraft is already in the hangar for avionics work or a phase inspection, adding the ceramic service extends downtime by only three days, because decontamination and correction can happen while panels are open. We coordinate the schedule with the flight department and the handling agent to align with maintenance windows, slot times, and crew-rest requirements.

Which aircraft and operating profiles benefit most from ceramic coating?

The service is built for super-midsize to ultra-long-range business jets and ACJ or BBJ airframes—anything that spends weeks or months in a high-UV, high-salt environment and where appearance directly affects charter revenue or resale value. Light jets and turboprops are accepted only inside a fleet programme, because the smaller surface area does not justify the hangar time unless the operator is coating multiple aircraft in sequence.

Operators who benefit most are those running Mediterranean summer seasons, positioning between southern Europe and the Middle East, or basing an aircraft at a coastal airport where salt spray reaches the apron. Charter fleets see the return quickly, because a ceramic-coated aircraft photographs better and requires less pre-flight detailing between legs. Owner-flown aircraft benefit from lower annual maintenance costs, because the two-year ceramic cycle replaces what would otherwise be two or three paint-correction details in the same period.

What logistical details do I need to arrange before the aircraft arrives?

First, confirm hangar availability and book the slot through your handling agent; lead time in summer can be four to six weeks. Provide the aircraft type, registration, MTOW, and your preferred start date. We will coordinate airside access and escort, but the handling agent must issue the entry permit and arrange GPU if you want to keep avionics powered during the work.

Second, send us the tech log and any recent squawks related to paint, windows, or brightwork. If there are areas of heavy oxidation, deep scratches, or corrosion bloom, we may recommend a pre-correction estimate or a decision to repaint before coating. Third, confirm whether the aircraft will stay on continuous power or be cold-soaked; we can work either way, but cold-soaked means we control cabin humidity, which speeds curing. Finally, if you have an approved list of detailing products or OEM restrictions on polishing compounds—common on Gulfstream and Dassault airframes—send that list at booking so we can source the correct chemistry and avoid any warranty issues.