Ceramic Coating at Leipzig/Halle (EDDP)

Why ceramic coating instead of another polish?

A single-stage polish removes oxidation and restores gloss, but the result lasts only a few months before contaminants bond to the paint again. Ceramic coating locks in that corrected surface with a chemically resistant layer that lasts two to three years. Every wash afterward takes less time because dirt and de-icing residue sit on top of the ceramic rather than etching into the clear coat.

We see the difference most clearly on aircraft flying European winter routes: the ceramic sheds Type I fluid during taxi and resists the carbon bloom that appears on bellies and nacelles after a dozen legs through busy airspace. Brightwork stays brighter, and the cheat line holds its colour between washes. The up-front investment is higher than a polish, but the recurring labour cost drops and the paint stays healthier longer.

What changes at Leipzig/Halle?

Leipzig/Halle sits at 470 feet elevation with two parallel runways, each 3 600 metres, oriented 08/26. The airport operates twenty-four hours as a DHL and AeroLogic cargo hub—up to 170 night movements—but passenger traffic faces night-flight restrictions between 23:30 and 05:30 local; air-taxi and home-carrier flights are exempt under the AIP. The General Aviation Terminal occupies the central area of the airport, a few steps from the car park, and is staffed from 06:00 to 22:00 daily; outside those hours the traffic centre coordinates access on request.

For ceramic work we book hangar time in blocks that match your rotation. If you arrive mid-morning, we can start decontamination the same day and finish curing before the GAT closes on day six. Winter in central Germany means cold-soaked wings and salt on the apron; we pre-heat panels and rinse gear bays before any correction step. Handling agents present at the airport coordinate GPU, fuel upload, and customs pre-notification for international departures, so the aircraft is ready to fly the moment we sign the tech log.

What happens during the three to six days?

Day one is decontamination: we clay the entire fuselage, wings, tail, and nacelles to pull out embedded rail dust, exhaust particles, and de-icing salts that a normal wash leaves behind. Day two is paint correction—machine polishing to remove micro-scratches, water spots, and any oxidation. We mask avionics fairings, static ports, and pitot covers before we start; no compound enters a seam or hinge line.

Days three and four are ceramic application. The first layer goes onto the paint; we let it flash for twelve hours, then apply the second layer. Brightwork—leading edges, nacelle lips, winglets—receives the same two-layer treatment. Windows get a separate hydrophobic ceramic that improves visibility in rain and resists wiper marks. Day five is curing; the hangar stays climate-controlled and the aircraft does not move. Day six is final inspection, and we hand over a photo report, the warranty document, and a maintenance schedule that tells your crew which rinseless wash to use between now and the next application.

How does ceramic coating fit a fleet schedule?

Most fleet operators book ceramic every two to three years, immediately after a repaint or a complete detail. If the paint is already corrected, we can shorten the process to four days. If you run a charter programme with back-to-back legs, we schedule the work during a planned maintenance window or between seasonal peaks—after summer in the Mediterranean, before winter ski charters, or during a cabin refresh.

We also see single-aircraft owners who want the protection before a long-term lease or before moving the aircraft to a region with harsh UV or heavy de-icing seasons. The ceramic layer does not change the OEM finish or void any paint warranty; it simply adds a sacrificial barrier that takes the abuse instead of the clear coat. Once the coating is on, your line crew can use a dry wash or rinseless spray between FBO stops, and the quarterly deep wash becomes a twice-yearly event.

What do you deliver at the end?

You receive a digital photo report that documents the before-and-after condition of every major surface: nose, belly, wing leading edges, nacelles, tail cone, and gear bays. Each image is tagged with the date, the product batch, and the panel location, so your maintenance tracking system has a record. The warranty document specifies the ceramic brand, the number of layers, the curing temperature, and the expected service life under normal operations.

The maintenance plan is a one-page guide: which rinseless wash is safe for ceramic, how often to inspect the coating, and when to book a top-up layer. We also note any paint defects we found during correction—chips on leading edges, corrosion around fasteners—so your shop can address them at the next scheduled downtime. If the aircraft returns to Leipzig/Halle within the warranty window and the coating has failed, we re-apply the affected panels at no charge, provided the maintenance plan was followed.

Can ceramic coating go on older paint?

Yes, as long as the clear coat is intact and the paint is not actively delaminating. We start with a test spot on the belly or a nacelle: if the correction step brings back gloss and the surface is smooth after claying, the paint will hold ceramic. If the clear coat is too thin or the base layer is lifting, we document it in the photo report and recommend a repaint before coating.

Older paint often has more contamination—years of de-icing fluid, exhaust carbon, and hard-water minerals—so the decontamination and correction steps take longer. We may add a day to the schedule, but the result is the same: a corrected, sealed surface that behaves like new paint for the next two to three years. Aircraft that have never been polished sometimes reveal a completely different colour once the oxidation is gone; the ceramic locks in that restored finish and prevents it from fading again.