Ceramic Coating at Verona Villafranca (Catullo) (LIPX)

Why choose ceramic coating instead of repeated polishing?

A single-stage polish restores gloss for a few months, but paint begins to dull again as soon as the aircraft returns to service. Each subsequent polish removes another micron of clear coat. Ceramic coating inverts that cycle: after one thorough correction, the two-layer ceramic bonds to the paint and creates a sacrificial barrier that takes the punishment from UV, de-icing fluid, and airborne contamination. The clear coat underneath stays intact, and the hydrophobic surface sheds water and dirt on every flight.

Most operators schedule ceramic every two to three years—immediately after a repaint or a complete detail—then maintain it with rinseless washes between applications. The up-front investment in hangar time pays back in lower recurring labour costs and longer paint life. For fleets running winter programmes across the Alps, the chemical resistance to Type I and Type IV fluid alone justifies the treatment.

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

Day one is decontamination: we clay-bar every panel to lift embedded rail dust, exhaust particles, and de-icing residue that washing alone cannot remove. Day two through three—sometimes four on a BBJ—is paint correction with a multi-stage machine polish to eliminate oxidation, swirl marks, and any micro-scratches from prior maintenance. Only when the paint reads uniform under inspection lights do we begin the ceramic application.

The first ceramic layer goes onto all painted surfaces, including the belly, nacelles, winglets, and the cheat line if it is painted rather than vinyl. After a controlled flash-off period we apply the second layer, which cross-links with the first to build thickness and durability. While the paint cures we treat all brightwork—nose cone, leading edges, engine inlets—and every exterior window with a separate ceramic formulation engineered for metal and glass. The final day is reserved for curing under stable temperature and humidity, then a final inspection and wipe-down before we release the aircraft.

You receive a complete photo report showing before-and-after paint-depth readings, surface preparation, and each stage of application, together with a maintenance plan that specifies wash intervals and topcoat-booster schedules to preserve the warranty.

What changes at Verona Villafranca (Catullo) for a multi-day ceramic job?

Verona Villafranca sits at 240 feet elevation with a single 3,068-metre runway, 04/22. The airport is a joint civil and military facility—formerly an Italian air force base—so military traffic shares the airfield with scheduled airline and business-aviation movements. That dual-use character means ramp discipline is high and airside-escort rules are enforced consistently, which works in favour of any third-party crew spending several days on the apron or in a leased hangar.

For a three-to-six-day ceramic programme we co-ordinate hangar access through the handling agent you nominate. The aircraft is towed from the stand into the hangar on day one; during the treatment it remains on jacks or trestles if gear-bay work is included, otherwise on its own wheels with pitot covers and static-port plugs in place. No GPU or external air is required once the doors close, but we do ask that the tech log and any deferred-item placards be made available so we can photograph and work around no-touch avionics bays and composite repair patches.

Handling agents present at the airport will arrange fuel uplift, waste disposal, and crew transport; we schedule our work to avoid any slot constraints or curfew—though none are published—and to hand the aircraft back on the morning you specify, polished, ceramic-coated, and ready for the next leg.

How does a handler or chief pilot document a ceramic coating for the aircraft file?

Every ceramic job generates a bound report: time-stamped photographs of the paint before decontamination, depth-gauge readings at a dozen control points, close-ups of correction under LED inspection lamps, and images of each ceramic layer going onto the fuselage, wings, and tail. We also photograph the brightwork treatment and the window application, so there is no ambiguity about what was coated and what was left as-delivered.

The report includes batch numbers for the ceramic product, ambient temperature and humidity logs from the hangar, and the curing schedule. Attached to the back is a maintenance plan: recommended wash frequency, which rinseless soap to use, and when to apply a ceramic topcoat booster—usually every six months—to renew the hydrophobic effect. That plan feeds directly into your scheduled-maintenance tracking, and it forms the basis of the warranty, which we honour as long as the wash intervals are met and no abrasive compounds are used between applications.

Can ceramic coating be applied at Verona as part of a recurring fleet programme?

Yes. Several charter operators and fractional fleets schedule ceramic at Verona because the airport sits midway between Milan and Venice, making it a natural maintenance stop for aircraft rotating through northern Italy. We block hangar time in advance—usually two or three slots per quarter—so that each airframe in the fleet receives its ceramic refresh on a fixed cycle without pulling the aircraft out of revenue service for longer than necessary.

For a fleet programme we keep a master file with paint-depth baselines, previous ceramic batch numbers, and wash logs, so every return visit begins with a known history. If an aircraft has been through a belly repair or a leading-edge reskin since the last treatment, we adjust the correction sequence and document the change. The result is a uniform appearance across the fleet and predictable cost per tail per year, which makes budgeting straightforward and keeps your chief pilot's calendar free of surprise AOG detailing calls.

What does a third-party detailing crew need from the handler at Verona Villafranca?

We arrive with our own machine polishers, ceramic product, inspection lights, and trestles, but we rely on the handler for four things: airside escort from the FBO or GA terminal to the hangar, a clean 400-volt supply inside the hangar, potable water at low pressure for the final wipe-down, and a secure area for our equipment overnight. If the hangar is shared, we ask that no other aircraft work—particularly paint or fuel-tank maintenance—takes place in the same bay while the ceramic is curing, because airborne overspray or solvent vapour can interfere with the cross-link process.

The handler also manages towing, chocks, and any GPU requirement while the aircraft is on the apron awaiting hangar space. We communicate directly with the handling agent's duty manager and copy the chief pilot or flight-department contact on every movement and milestone update, so there is no gap in the chain of custody from the moment you shut down to the moment you pre-flight for departure.