Ceramic Coating at Turin Caselle (LIMF)

How does airside access work for a ceramic coating crew at Turin Caselle?

The General Aviation Terminal is a three-level facility built for the 2006 Winter Olympics, and SAGAT provides central apron coordination, follow-me, and refuelling services. Four handling agents operate within the terminal: SAGAT Handling, Aviapartner, Argos VIP Private Handling (AviaVIP), and Esair Handling. Whichever handler manages your arrival also coordinates the third-party detailing crew's airside pass and escort.

The ceramic crew arrives with photo ID, liability insurance, and a letter of engagement from the operator or flight department. The handler issues temporary passes, arranges escort to the hangar, and confirms GPU availability for the duration. Because Turin is slot-coordinated, the handler files the PPR and reserves the hangar window at the same time, ensuring no conflict with scheduled movements on the single runway.

Once the aircraft is towed into the hangar, the handler steps back; the ceramic crew manages the interior environment—temperature, humidity, dust control—while the handler monitors any changes to the departure slot or tech-log requests from the captain.

What changes at Turin Caselle that affect a multi-day ceramic service?

Turin Caselle sits at 989 feet elevation, sixteen kilometres north of the city centre, with a single 3,300-metre runway designated 18/36. RWY 36 is the preferential runway, and tower operates around the clock. Because the airport is slot-coordinated, every arrival and departure—including the tow from apron to hangar and the post-cure engine run—requires a reserved slot, even if the aircraft never leaves the ground.

The handler files the PPR when you book the hangar days, not when the aircraft lands. If the ceramic cure extends into a sixth day because of temperature or humidity, the handler amends the departure slot and notifies tower. SAGAT's central refuelling desk supplies Jet A-1 and Avgas; if you need to top tanks before engine runs, the fueller drives to the hangar apron rather than the main stand.

Four handling agents work from the GA terminal, so if your usual handler is at capacity, the ceramic crew can coordinate through a different agent without changing your original arrival handler. The terminal itself offers 4,700 square metres across three levels, which means crew rest, catering prep, and document handover all happen under one roof while the aircraft cures two hundred metres away.

What does the handler expect from the ceramic crew during the service?

Handlers at Turin treat third-party detailing crews as specialist sub-contractors: they expect a safety briefing acknowledgment, a list of chemicals and equipment brought airside, and a mobile contact who speaks Italian or English. The ceramic crew must not operate a GPU they did not bring unless the handler's engineer is present; most crews rent a standalone unit for the hangar days to avoid tying up the handler's ground power.

If the cure schedule shifts—because the paint correction revealed deeper oxidation, or because humidity spiked overnight—the ceramic lead tells the handler immediately so the departure slot can be amended. Handlers do not chase the crew for updates; the expectation is that the crew manages the timeline and flags delays before they affect the slot.

Waste disposal is arranged through the handler: used compound, spent pads, and masking tape go into sealed bags, which the handler collects daily and logs for the airport's waste contractor. The ceramic crew may not leave consumables in the hangar overnight unless the space is locked and the handler holds a key. At the end of the service, the handler inspects the hangar floor, signs off on cleanliness, and escorts the crew back to the terminal for pass return.

Why does ceramic coating take three to six days in the hangar?

The range reflects aircraft size, paint condition, and whether brightwork needs multi-stage correction before coating. A super-midsize jet with recent paint and minimal oxidation sits at the three-day end: one day for decontamination and correction, one day for two ceramic layers on the fuselage and wings, half a day for brightwork and windows, then thirty-six hours of climate-controlled curing.

An ultra-long-range jet with five-year-old paint, belly staining, and tarnished nacelle rings stretches toward six days. The crew spends two days on correction—removing embedded contaminants, wet-sanding oxidised leading edges, polishing brightwork to a mirror finish—before the first ceramic layer goes on. Each ceramic layer needs twelve to sixteen hours to flash and bond; applying the second layer too early traps solvents and weakens adhesion, so the crew waits. Windows and polished surfaces receive their own ceramic formulation, which cures separately.

Curing happens in a closed hangar at fifteen to twenty-five degrees Celsius with stable humidity. If the hangar temperature drops overnight or if a door is opened for another aircraft, the cure clock pauses. The final warranty document lists every surface treated, the batch numbers of the ceramic product, and the recommended wash interval—usually every six to eight weeks with pH-neutral soap and no pressure above eight hundred psi.

How is documentation handled for a ceramic coating at Turin?

The ceramic crew photographs the aircraft on arrival: wide shots of each side, close-ups of any existing damage, tight frames of the cheat line, belly panels, and gear-bay edges. These images go into a condition report that the captain or chief pilot signs before work begins, establishing what the crew inherited versus what they corrected.

During the service, the crew logs each stage—decontamination chemistry and dwell time, correction passes with grit progression, ceramic batch numbers and layer timestamps—in a digital workbook. At the end, this log becomes the maintenance plan: a calendar showing when the next wash is due, when to inspect hydrophobic performance on the leading edges, and when to return for a third-year top-up coat.

The final photo report includes before-and-after pairs for the same panel under identical lighting, a walkaround video showing water beading on the fresh ceramic, and close-ups of the brightwork reflection. The handler receives one copy for the tech log; the operator receives another via encrypted link. If the aircraft returns to Turin in two years for a top-up, the original report travels with it so the crew knows which areas wore fastest and whether the wash interval was respected.

When should ceramic coating fit between revenue legs?

Ceramic is scheduled when the aircraft has three clear days minimum with no passengers, no cargo, and no positioning flights. Charter operators book it during low-season gaps—after ski season ends in March, before summer Mediterranean demand begins in June. Fleet managers align it with a C-check or an avionics upgrade, so the aircraft is already out of service and the ceramic days add marginal cost rather than new downtime.

The ideal moment is immediately after a repaint or a complete detail: the paint is already corrected, contaminants are gone, and the ceramic bonds to a chemically clean surface. If the repaint happens at another facility, the aircraft ferries to Turin within a week, before the new paint collects airborne fallout or sees its first de-icing event.

Operators also schedule ceramic before winter if the aircraft will see frequent exposure to Type I and Type IV fluids. The coating resists glycol staining and makes post-flight rinses faster, which matters when you have a morning departure from Oslo and an afternoon slot out of Geneva. Because Turin is slot-coordinated, the handler books all six hangar days and the departure slot in a single PPR filing, so there is no risk of losing your window if another aircraft arrives unannounced.