Ceramic Coating at Avignon Provence (LFMV)
Multi-year protection applied in the hangar at France's business-aviation-focused regional gateway
Ceramic Coating at Avignon Provence is a three-to-six-day hangar project for super-midsize through ultra-long-range business jets arriving at LFMV's dedicated general-aviation terminal. The airport-operated FBO and its 120 m² executive lounge opened in March 2009 to serve business aviation specifically, and handling agents present at the airport are accustomed to third-party specialist crews working airside. We decontaminate and correct the paint, apply two ceramic layers to all painted surfaces, coat brightwork and windows, then allow full curing time before releasing the aircraft with a maintenance plan and warranty document in hand.
17/35 · 1880 m
AIP and airport data124 ft
1 on the airport
independent, no affiliationDedicated business-aviation terminal (GAT) with Executive Lounge, opened March 2009
What changes at Avignon Provence for a ceramic-coating project?
Avignon Provence sits at 124 feet elevation with a single paved runway—17/35, approximately 1,880 metres—and positions itself as totally adapted to private and business aviation. The dedicated business-aviation terminal, opened in March 2009, means your aircraft parks on a quiet apron away from scheduled traffic, and handling agents present at the airport understand multi-day detailing occupancy. The airport is not slot-coordinated, so scheduling a three-to-six-day window is straightforward; customs clearance is available on request for inbound international flights.
Because the field serves mostly general aviation, ground-power and hangar access follow lighter procedures than at a busy international hub. We coordinate the hangar booking, GPU supply and airside-pass escort directly with the handler, and the compact footprint means shorter taxi times and faster stand turnover when the ceramic has cured. The two grass runways are for ultralights only and do not affect business-jet operations. For a cold-weather ceramic application—rare but possible in winter—the hangar's climate control ensures proper curing without rushing the chemistry.
Why apply ceramic coating between legs rather than at the home base?
Ceramic work demands three to six consecutive days in a hangar, which many flight departments cannot spare at their home stand. Avignon Provence's regional schedule and business-aviation focus mean hangar availability aligns more easily with your empty-leg calendar or a crew-rest stop. If the aircraft has just completed a summer Mediterranean charter season, applying ceramic here—before the return ferry—locks in protection for the winter European cycle and reduces the number of decon washes you will need through de-icing season.
Operationally, the timing also matters: ceramic must cure undisturbed, so choosing a natural gap between owner trips avoids schedule pressure. We deliver the aircraft back to service with the coating fully hardened, the tech log signed, and a digital photo report showing before-and-after paint readings. The handler receives our departure brief twenty-four hours ahead so your next GPU, fuelling and slot—if you're positioning onward to a coordinated field—are already arranged.
What does a handler expect when a third-party detailing crew arrives?
Handling agents present at Avignon Provence expect clear communication about stand occupancy, power requirements, waste-water disposal and airside-movement plans. We send a technical brief forty-eight hours before arrival: hangar dimensions, GPU load, deionised-water volume, and the names and passport numbers of our crew members who need airside escorts. The handler then prepares the stand, confirms hangar heating or ventilation settings, and notifies the airport authority that a specialist service is in progress.
During the project we keep the handler's ramp coordinator updated daily—particularly if curing extends into a sixth day or if we identify paint defects that require an extra correction pass. Waste from decontamination and polish is collected in sealed drums and disposed of according to French environmental regulations; the handler arranges the licensed contractor, and we provide the waste manifest. When the aircraft is released, we walk the handler through the completed work so that any owner or chief-pilot questions on collection day are answered on the spot. That handover discipline is what turns a one-off job into recurring business at a base like LFMV.
How does ceramic coating fit into a fleet's recurring maintenance calendar?
We recommend ceramic every two to three years, ideally immediately after a respray or a complete detail that has already corrected the paint. If your fleet operates a staggered schedule—one ultra-long-range aircraft repainting in Q1, a super-midsize due for C-check in Q3—you can align ceramic application with each airframe's natural downtime rather than grounding the entire fleet at once. Avignon Provence works well for single-aircraft projects; for a two-ship detailing week, we would stage the first arrival on Monday and the second on Thursday, using the same hangar in sequence.
Once the ceramic is on, every subsequent exterior wash takes thirty to forty per cent less time because contaminants do not bond to the hydrophobic surface. That time saving accumulates across a year: if you wash monthly, you recover nearly a full day of labour by December. The maintenance plan we deliver specifies the pH-neutral shampoo and soft-water rinse that preserve the coating, and the warranty document travels with the aircraft's tech log so that any line station can see the protection status before attempting a decon or polish.
What happens if the aircraft goes AOG or the owner changes the departure date mid-project?
Ceramic chemistry cannot be rushed—each layer needs its curing window—but we design every project with a one-day buffer. If an AOG event or a schedule change pushes your departure back twenty-four hours, the coating will already be fully hardened and the aircraft remains flyable. If the owner instead pulls the departure forward, we assess whether the second ceramic layer has reached its minimum cure threshold; in winter that may mean an extra four hours under infrared lamps before we can release the aircraft.
For a true AOG—avionics fault, gear indication, turbine inspection—we move the aircraft out of the detailing hangar and into the maintenance hangar so that engineers have access, then resume ceramic work once the aircraft is serviceable. The handler coordinates the tow and GPU changeover; our crew secures all polish residue and covers the cockpit to keep swarf and hydraulic mist away from the partial coating. Because Avignon Provence is not slot-coordinated, re-booking the departure slot is simply a phone call, and customs can be re-scheduled on a few hours' notice.
What documentation and photo report do you deliver with the completed ceramic coating?
Every ceramic project closes with a digital report uploaded to the chief pilot and handler within two hours of aircraft release. The report includes: dated photographs of paint thickness readings at twelve fuselage stations before and after correction; close-up images of leading edges, nacelle inlets and winglets showing the ceramic bead test; a signed checklist confirming two coating layers, cure time and final wipe-down; and the maintenance plan specifying compatible wash chemistry and the recommended re-coat date.
The warranty document—valid for twenty-four or thirty-six months depending on the ceramic product—states the application date, the airframe serial number, and the geographic limits (worldwide or excluding specific high-salinity or volcanic-ash regions). We also note any pre-existing paint defects—stone chips forward of the nose gear, belly scuffs, cheat-line oxidation—that were outside the scope of correction, so that the next detailing crew or paint shop inherits an accurate baseline. That paperwork travels in the tech log and satisfies any pre-purchase inspection or lease-return audit that asks for proof of protective treatment.
Questions operators ask about Ceramic Coating at Avignon Provence
How long does ceramic coating take at Avignon Provence?
Three to six days in the hangar, depending on aircraft size and paint condition. Super-midsize jets typically need three to four days; ultra-long-range aircraft with complex cheat lines or polished nacelles may extend to six days. Curing time accounts for roughly half the schedule and cannot be compressed.
Can I combine ceramic coating with an interior detail in the same visit?
Yes, interior work proceeds in parallel once the exterior coating is curing. We begin exterior decontamination and correction on day one, apply the ceramic layers on day two, then move the interior team aboard on day three while the coating cures. The aircraft leaves with both exterior and cabin protection complete.
Do you need a heated hangar for ceramic application in winter?
Yes, ceramic chemistry requires stable temperature—typically fifteen degrees Celsius or above. Avignon Provence's business-aviation hangar can be climate-controlled. We confirm the temperature set-point with the handler seventy-two hours before arrival, and we monitor hangar conditions with a data logger throughout the cure window.
What if the paint is already oxidised or has swirl marks?
We correct the paint first—ceramic locks in the surface you give it. Decontamination removes embedded contaminants, then machine polishing eliminates oxidation and swirls. Only after paint readings confirm gloss recovery do we apply the ceramic layers; coating over defects simply preserves those defects for two years.
Is Avignon Provence an airport of entry for customs?
Yes, customs clearance is available on request. Notify the handler at least twenty-four hours in advance if you are arriving from outside the Schengen area. The airport accommodates international business aviation, though it is not a year-round staffed customs post like Paris–Le Bourget.
How do you dispose of polish residue and decontamination waste?
All waste goes into sealed drums and is collected by a licensed contractor arranged through the handler. French environmental rules require manifests for chemical waste. We provide the documentation, the handler books the collection, and the cost appears as a separate line on the handling invoice.
Can the aircraft fly immediately after the final ceramic layer?
No—ceramic needs a minimum cure time, typically twelve to twenty-four hours, before flight. We schedule the final layer application so that cure completes by your planned departure time. If weather or schedule changes compress the window, we use infrared lamps to accelerate curing safely, but we will not release an aircraft with uncured coating.
What does the ceramic maintenance plan specify?
It lists pH-neutral shampoos, soft-water rinse requirements, and the next recommended re-coat date. The plan also flags products to avoid—acidic wheel cleaners, solvent-based degreasers—and gives guidance for line stations that may not be familiar with ceramic-coated aircraft. We send a copy to your primary FBO and any contract handling agents.
Do you coat the belly and gear bays, or only the visible surfaces?
We coat all exterior painted surfaces, including the belly; gear bays are typically excluded. Belly protection is valuable because that area sees the most ground-water spray and de-icing fluid. Gear bays accumulate hydraulic mist and brake dust, which interfere with ceramic adhesion, so we leave those areas for standard degreasing during routine washes.
How does ceramic coating reduce future wash time?
The hydrophobic layer prevents contaminants from bonding, so dirt rinses away with less scrubbing. A rinseless or dry wash that might take four hours on uncoated paint drops to two and a half hours on ceramic-coated surfaces. Over a year of monthly washes, that saves roughly fifteen labour hours per aircraft—enough to justify the ceramic investment on operational efficiency alone.