Ceramic Coating at Pula (LDPL)

Why apply ceramic coating at a resort airport?

Pula sits six kilometres from the city centre on the western tip of Istria, and the Adriatic environment—salt-laden air, intense summer UV, thermal cycling between hot ramps and air-conditioned hangars—accelerates oxidation and water-spotting on unprotected paint. A ceramic layer bonds to corrected clearcoat, creating a hard, hydrophobic surface that sheds contaminants and reduces the mechanical scrubbing every wash demands.

The work requires a clean hangar and controlled curing time, so scheduling around your operational calendar matters. If the aircraft returns to Pula regularly—crew positioning, charter series, owner travel—blocking three to six days between legs lets you bank two to three years of easier maintenance without flying the aircraft to a distant MRO shop. Brightwork and windows receive the same treatment, so the entire exterior stays cleaner longer and every future turnaround wash takes less time.

What changes at Pula between summer and the rest of the year?

Traffic at Pula is emphatically seasonal. July 2024 alone moved 301,792 passengers against 509,397 for the entire year; the summer peak concentrates in July and August when holidaymakers fill the single 2,946-metre runway and handling agents work flat-out. Ramp congestion, limited stand availability, and competing demands for hangar space make multi-day detailing projects harder to sequence during high season.

Spring, autumn, and especially winter offer the opposite: lighter traffic, open hangar slots, and handlers with bandwidth to coordinate airside access and ground-power without delay. If your operation includes a Pula positioning leg in May or October—or if the aircraft winters in the region—those windows align well with ceramic-coating timelines. The 274-foot elevation poses no performance constraint for business jets, and the airport's distance from the city centre keeps ground-transport times short when crew need to move between hotel and apron.

How does the process protect paint and brightwork for years?

Ceramic coating is not a wax; it is a chemical bond. Before application, the paint undergoes clay-bar decontamination to lift embedded rail dust, exhaust residue, and mineral deposits, then machine correction to remove swirls, oxidation, and light scratches. Only when the clearcoat is clean and level do we apply two ceramic layers, each cross-linked and cured under controlled temperature and humidity.

The result is a nine-on-the-Mohs-scale surface that resists UV degradation, repels water and de-icing fluid, and makes contaminants—bug strikes, oil mist, glycol—sit on top rather than etching in. Brightwork and windows receive the same chemistry, so leading edges, nacelle lips, and windscreens stay clearer between washes. We hand over a maintenance plan and warranty document that specifies the recommended wash interval and any restrictions on chemical cleaners, giving your crew or handler a clear playbook for the coating's working life.

What happens during the three to six days in the hangar?

Day one is decontamination: clay bar, iron remover, panel-by-panel inspection under LED work lights. Day two and sometimes three are correction—machine polishing to remove defects and prepare the surface. Once the paint is perfect, we wipe down with isopropyl alcohol, apply the first ceramic layer, let it flash, then apply the second. Brightwork—aluminium leading edges, exhaust surrounds—receives its own prep and coating; windows get a separate hydrophobic treatment safe for acrylics and the heating elements in windscreens.

Curing time depends on ambient temperature and humidity; in a climate-controlled hangar the process is predictable, but if we use an unheated space in winter we adjust the schedule. Throughout, the aircraft remains on GPU, and we photograph each stage so the tech log and your records show exactly what was done. On handover day we walk through the maintenance plan, answer questions about approved wash methods, and confirm the warranty registration.

When should you schedule ceramic coating in the maintenance cycle?

The ideal moment is immediately after a repaint, when the clearcoat is fresh and free of defects, or after a complete detail that has already corrected the paint. If the aircraft has been flying for a year or two since the last polish, we will need extra correction time to remove oxidation and restore gloss before the ceramic goes on; that pushes the timeline toward the longer end of the three-to-six-day window.

Operators often combine ceramic coating with a scheduled inspection or avionics upgrade at a nearby maintenance facility, using Pula as the detailing stop before or after heavy maintenance. Because the coating lasts two to three years, you can align reapplication with your next C-check or calendar event rather than creating a dedicated trip. For fleets running regular Adriatic charters, one aircraft can receive the treatment during a crew-change layover while the rest of the program continues.

How do you maintain a ceramic-coated aircraft between reapplications?

The coating dramatically reduces wash frequency—many operators move from weekly to monthly intervals—but it does not eliminate washing. Contaminants still land on the surface; the difference is they sit on top and rinse away with less mechanical agitation. We recommend pH-neutral rinseless or waterless products, microfibre applicators, and no automatic brush systems that can mar the coating over time.

De-icing fluid, engine oil, and hydraulic fluid should be wiped off promptly; the coating resists them but prolonged exposure can dull the hydrophobic effect. Avoid polishing compounds or cutting agents unless you are deliberately removing the coating for reapplication. The maintenance plan we provide lists approved cleaners and intervals; follow it, and the warranty remains valid. When the coating reaches the end of its service life—typically twenty-four to thirty-six months—schedule another decon-and-coat cycle to reset the protection.