Ceramic Coating at Toulouse-Blagnac (LFBO)

How does ceramic coating work at Toulouse-Blagnac?

The aircraft moves airside into a dedicated hangar, where the paint undergoes full decontamination to remove embedded contamination—industrial fallout, exhaust residue, and mineral deposits that a rinseless wash cannot shift. Once the surface is clean, we correct any oxidation or micro-marring with a single-stage polish, restoring gloss and preparing the paint for adhesion.

Two layers of ceramic coating follow: the first bonds chemically to the cleared paint, the second adds depth and hydrophobic performance. We apply the same coating to brightwork—nacelle lips, leading edges, winglets—and to the windscreen and cabin windows. The aircraft then cures under controlled temperature and humidity for the time specified by the coating manufacturer, typically twenty-four to forty-eight hours. You receive a maintenance plan showing wash intervals and a warranty document that travels with the tech log.

Every future wash takes less time because contaminants bead on the surface rather than bonding to it. De-icing fluid sheets off more cleanly, and the paint holds its gloss between details.

What changes at Toulouse-Blagnac for ceramic-coating work?

Toulouse-Blagnac sits 499 feet above sea level, six and a half kilometres west-northwest of Place du Capitole. The airport operates without curfew and is not slot-coordinated—IATA Level 1 under COHOR—so you can schedule the three-to-six-day hangar period around your flight department's calendar rather than waiting for a slot window. Customs and airport-of-entry services are available if the aircraft is arriving from outside Schengen.

Runway 14R/32L, 3,503 metres long, handles Airbus and ATR flight-test and delivery traffic; expect manufacturer movements throughout the day, especially if your visit coincides with a delivery campaign. Handling agents present at the airport arrange stand allocation, GPU, and airside escort for our team. Because Toulouse is home to Airbus final assembly, hangar availability can tighten during peak delivery months—spring and the fourth quarter—so we recommend confirming hangar space at least two weeks ahead if your aircraft will arrive for coating after a repaint or a complete detail at a nearby MRO.

When should a flight department schedule ceramic coating in Toulouse?

The ideal moment is immediately after a repaint or a complete detail, when the paint is fully corrected and free of defects. Applying ceramic over fresh, polished paint maximises bond strength and extends the protective life of both the coating and the underlying finish. If the aircraft has just come out of heavy maintenance in Toulouse or at a facility within an hour's ferry, moving it directly into the ceramic-coating hangar avoids a second positioning leg.

For aircraft already in service, plan the work during a natural gap—between charter series, at the end of a seasonal contract, or ahead of an extended period of cold-weather operations when de-icing-fluid exposure will be highest. The three-to-six-day timeline includes curing, so the aircraft cannot fly until the coating has fully hardened. Fleet operators often batch two or three airframes through Toulouse across a quarter, coordinating with handling agents to keep one aircraft available while another is in the hangar.

What does the ceramic layer protect against?

The coating forms a hydrophobic barrier over paint, brightwork, and glass, repelling water, de-icing fluid, and light contamination. Type I and Type IV fluids sheet off the coated surface more cleanly during winter operations, reducing the risk of residue baking onto the belly or nacelles under GPU heat. UV radiation—intense at altitude and during long apron holds in southern Europe—degrades unprotected paint over time; the ceramic layer absorbs and dissipates that energy, slowing oxidation.

Insect strikes, bird droppings, and exhaust soot sit on top of the coating rather than etching into the paint, so they lift away during the next rinseless wash without scrubbing. Brightwork—particularly leading edges and nacelle lips—stays brighter longer because the coating prevents metal oxidation and makes it harder for contaminants to bond. The result is fewer AOG cleans, shorter turnaround washes, and a longer interval before the next full correction detail.

How does Terso manage documentation and the photo report?

Before we begin, we photograph the aircraft under even lighting—both sides, nose, tail, belly, gear bays, and all brightwork—to record the pre-coating condition. Those images form the baseline in the final report. During decontamination and correction, we document any areas that required extra attention: stubborn staining on the belly, oxidation on the cheat line, or pitting on nacelle lips.

Once both ceramic layers have been applied and cured, we shoot a second set of photographs under the same lighting, showing gloss depth, hydrophobic beading, and the restored brightness of leading edges and winglets. The report includes the coating product name, batch number, application date, and curing conditions—temperature and humidity—so the next facility that works on the aircraft knows exactly what is on the surface.

You also receive a maintenance plan: recommended wash intervals, which chemicals to avoid, and when to bring the aircraft back for a top-up layer or a full re-coat. The warranty document lists coverage duration, typically two to three years depending on flight hours and operating environment, and travels with the tech log. If a handling agent or another detailer asks what is on the paint, the answer is in the file.

Is ceramic coating a recurring service or a one-time treatment at this airport?

Both. Many flight departments treat Toulouse as a recurring base for ceramic work because the airport sits at the centre of a cluster of MRO and completion facilities—Sabena technics, Dassault, ATR—and because hangar availability and airside access are predictable outside peak delivery months. If your aircraft returns to Toulouse every two or three years for scheduled maintenance, adding a ceramic re-coat to that visit keeps the protection current without an extra positioning leg.

One-time applications also make sense: an aircraft repositioning from eastern Europe to the United Kingdom for charter work can stop in Toulouse for coating, then continue west with a protected finish that will withstand a winter of North Atlantic operations. Fleet operators sometimes rotate airframes through Toulouse on a staggered schedule, so one aircraft is always within warranty while others are mid-cycle. The key is planning the hangar window around your operational calendar and confirming space with the handling agents present at the airport at least two weeks ahead, earlier if your visit coincides with Airbus delivery peaks in April, May, or November.