Ceramic Coating at Albenga Riviera Airport (LIMG)

Why apply ceramic coating at a Ligurian coast airport?

The Ligurian Sea puts salt, humidity and UV onto every surface. Paint that looks clean on the apron will show a haze of salt bloom by the next morning, and brightwork dulls faster than it does inland. A ceramic layer changes the surface energy: water beads and rolls, taking dust and salt with it, so the interval between washes stretches from ten days to three or four weeks. De-icing fluid in winter and tree pollen in spring both slide off more easily, and the hydrophobic effect survives repeated exposure to Type I fluid without breaking down.

We cure the coating inside a hangar, away from the coastal wind and the sand that blows across the apron in summer. Albenga's sea-level elevation—149 feet—means no pressure complications and no need to adjust cure schedules for altitude. Once the ceramic has hardened, the aircraft can return to normal operations; every subsequent wash will be faster, and the paint will hold its gloss for two to three years before another application is due.

What does the three-to-six-day process include?

Day one is decontamination: clay bar, iron remover, and a solvent wipe to strip off everything the regular wash leaves behind—brake dust embedded in the belly, exhaust staining on the nacelles, fuel bloom along the cheat line. Day two is paint correction: we machine-polish to remove fine scratches, oxidation and any hazing, so the ceramic bonds to a perfectly smooth surface. On day three we apply the first ceramic layer to all painted areas, allow it to flash, then lay down the second coat. Brightwork—leading edges, nacelle lips, door handles—receives its own formulation, and windows get a separate hydrophobic seal.

Days four and five are curing time. The hangar stays climate-controlled, and we monitor temperature and humidity to ensure a full cross-link. On the final day we perform a water-break test on every panel, photograph the result, and hand over a maintenance plan that specifies which pH-neutral shampoos to use and when to bring the aircraft back. The plan also activates the warranty, so any premature failure is documented and resolved without dispute.

What changes at Albenga Riviera Airport for a multi-day ceramic job?

Albenga Riviera Airport operates a single 1,432-metre asphalt runway at 149 feet elevation, usable by aircraft up to approximately 60 tonnes MTOW—large-cabin business jets fit comfortably within that limit. The airport is seasonal: from March to October hours extend to 08:00–20:00 local (06:00–18:00 UTC), giving a twelve-hour daylight window; from October to March the day shortens to 08:30–18:30 local (07:30–17:30 UTC). Customs, ATS, fuelling and handling all follow the published hours, and any extension requires at least twelve hours' prior permission through the handler.

For a three-to-six-day ceramic programme, summer scheduling offers more flexibility: you can deliver the aircraft mid-morning, and we still have a full working day. In winter the shorter window means an early drop-off is preferable. Handling is provided in-house by Riviera Airport S.p.A., the airport operator, and requests go through their EU or extra-EU forms depending on the origin flight. Non-Schengen arrivals need the twelve-hour PPR so that Italian Customs can be on site. Once the aircraft is on our stand we tow it into the hangar, and it remains inside—engine-off, on GPU if you need systems checks—until the coating is fully cured and the final inspection is complete.

How does ceramic coating fit into a recurring Riviera operation?

If your aircraft spends May through September shuttling between Cannes, Nice, Olbia and Albenga, a ceramic application in April means the entire season runs on shorter wash cycles and less scrubbing. Charter operators see the difference immediately: a quick rinse the morning after a night-stop is often enough, so you save an hour on the turnaround and avoid calling a mobile detailer to every FBO. Fleet managers running multiple airframes through the Riviera will stagger ceramic appointments—one aircraft in early spring, another after the first heavy pollen drop in June—so that no two jets are out of service at the same time.

We keep a file for every tail number: date of application, paint correction notes, any panel that needed extra work. When the aircraft returns two years later, we pull the file, compare the current condition, and adjust the prep accordingly. If you've been using the wrong soap or a high-pressure wand, we'll see it in the water-break test and update the maintenance plan. That continuity matters when you're trying to hold residual value or prepare for a sale: a well-documented ceramic history tells the next buyer that the paint has been managed, not neglected.

What documentation do you hand over at redelivery?

Every ceramic job closes with a written pack: time-stamped photographs of each major surface after the final cure, a panel-by-panel water-break log, the batch numbers of the ceramic product, and the ambient temperature and humidity readings during application and cure. That record goes into your tech log or your maintenance tracking system, and it travels with the aircraft if you sell or lease it. The maintenance plan lists approved cleaning agents by brand and part number, specifies the maximum pressure for a rinse (usually forty PSI), and sets a calendar reminder for the next inspection—typically at twelve months and again at twenty-four months.

The warranty document covers coating failure: if the hydrophobic effect disappears in under two years, or if the ceramic delaminates without impact or chemical damage, we'll re-apply the affected panels at no charge. The warranty is void if you use an acidic cleaner, a rotary buffer, or any solvent not listed in the maintenance plan, so we make that list specific and easy to follow. When you bring the aircraft back for the mid-term check, we update the file and confirm that the warranty remains active. It's a simple system, but it prevents the arguments that used to happen when a coating failed and nobody could prove why.

Can you apply ceramic coating during an AOG or between charter legs?

Ceramic work needs three to six uninterrupted days in the hangar, so it does not suit an AOG recovery or a same-day turnaround. If an aircraft goes tech at Albenga and the repair will take a week, we can start the ceramic process once the engineers confirm the jet will remain on the ground; we coordinate with the maintenance team so that any panel access or engine runs happen before we apply the coating, not after. For a charter operator with a planned gap—say, a ten-day window between the end of summer season and a transatlantic reposition—ceramic fits perfectly: the aircraft arrives, we complete the programme, and it departs with two years of protection in place.

We do not offer a 'quick' ceramic option, because rushing the cure or skipping the paint correction defeats the purpose. If you need the aircraft back in two days, a single-stage polish and a spray sealant will deliver some of the hydrophobic effect without the full durability. But if the calendar allows the proper timeline, the result is worth the wait: every wash for the next two years will be faster, cheaper, and gentler on the paint, and the aircraft will spend less time on the ramp and more time in the air.