Ceramic Pro 9H
The permanent, multi-layer clear base. Each layer is listed at up to two microns, with a 110-degree contact angle, UV resistance, high gloss and an easy-clean finish.
Professional aircraft surface protection
Ceramic Pro Aviation Protection
Multi-layer Ceramic Pro 9H and Top Coat systems for aircraft paint and suitable metal, with dedicated coatings for glass, plastic, leather and textile. Built for hydrophobic performance, UV and chemical resistance, high gloss and easier aircraft care.
Why aviation needs dedicated protection
Built for Aircraft Exposure
Aircraft surfaces cycle through intense ultraviolet exposure, temperature swings, high-speed dust and insect impacts, moisture, fuel residue, de-icing fluids and repeated washing. Each exposure can work against gloss, colour, surface cleanliness and long-term presentation.
Ceramic Pro 9H is the layerable exterior foundation. Official product data describes a permanent clear nanoceramic coating with a 110-degree water-contact angle and a coating build of up to two microns per layer. Ceramic Pro Top Coat is installed over 9H to add a slicker, high-gloss finish with a listed 120-degree contact angle.
Dedicated Ceramic Pro products extend the system to compatible glass, plastic, leather and textile. The exact build depends on the aircraft material, existing finish, operator requirements and current Australian product availability.
Talk to Ceramic Pro AustraliaHow the system works
Thin, Clear and Layered
Official Ceramic Pro aviation guidance describes a thin, lightweight, transparent and glossy layer installed after thorough preparation and polishing. The finished surface becomes hydrophobic and easier to clean, with added resistance to ultraviolet exposure, chemicals and contamination.
Ceramic Pro Top Coat
The semi-permanent finishing layer. Official data lists a 120-degree contact angle plus hydrophobic, UV, chemical, corrosion, oxidation and anti-graffiti resistance.
Surface-Specific Coatings
Strong, Glass, Plastic, Leather and Textile products allow the specification to move beyond painted exterior surfaces and into suitable cockpit and cabin materials.
Aviation benefits by surface
Protection Where Aircraft Need It
The coating system supplements the aircraft's approved inspection, cleaning and maintenance program. Product choice and any operational claim must be validated for the exact substrate, installation and use.
Fuselage Paint
9H and Top Coat support gloss and colour retention while adding resistance to UV, oxidation and environmental contamination.
Water and Dirt Release
High contact angles encourage water to bead and help dirt, insect residue and suitable contamination release during cleaning.
Chemicals and Corrosion
Top Coat and Strong add options for compatible surfaces exposed to chemicals, oxidation, corrosion and harsh weather.
Cabin and Cockpit
Leather, Textile and Plastic coatings target liquids, stains, UV exposure and everyday wear while preserving the intended material finish.
Exterior and interior products
The Ceramic Pro Aviation System
Aviation protection is a specified stack: a layerable exterior base, a hydrophobic finish coat and dedicated products for other compatible aircraft surfaces.
01
9H — layerable base
The permanent clear coating for prepared paint and suitable exterior substrates, applied in multiple layers where specified.
02
Top Coat — hydrophobic finish
Installed over 9H to increase water repellency, gloss depth and resistance to UV, chemicals and surface contamination.
03
Strong and Glass
Heavy-duty options for compatible metal and a dedicated hydrophobic treatment for suitable aircraft glazing, subject to approval.
04
Leather, Textile and Plastic
Cabin and cockpit coatings selected to resist liquids, stains, fading and wear while respecting the original material finish.
Aircraft and fleet applications
Private Aircraft, Helicopters and Fleets
The same product list does not create the same job. Surface area, paint system, composite or aluminium construction, rotorcraft geometry, access, hangar conditions and available downtime all change the specification.
Private fixed-wing
High-gloss exterior protection with optional glass and cabin treatments around the aircraft's use and storage.
Helicopters
Detailed preparation and coating around curved panels, complex geometry and high-contamination operating zones.
Commercial aircraft
Documented product, substrate, cure and maintenance requirements planned around operational downtime.
Fleet programs
A repeatable scope, material map and care standard applied consistently across multiple aircraft.
Professional application
From Surface Survey to Cure
A professional installation maps the aircraft, prepares each finish, builds the specified coating layers and controls the cure. That process is what turns individual products into a coherent aviation protection system.
01
Survey: map every substrate, existing treatment, defect, approval requirement and protected zone.
02
Correct: wash, decontaminate and polish compatible finishes to establish a clean coating surface.
03
Build: install the specified 9H layers, Top Coat and dedicated products by the approved method.
04
Cure and hand over: control time and conditions, then document cleaning and aftercare requirements.
Common questions
Aircraft Coating FAQs
Product, surface and performance questions to settle before the aircraft enters the application bay.
Which Ceramic Pro products are used for aviation?
The official Ceramic Pro aviation range identifies 9H, Top Coat and Strong, supported by dedicated Glass, Plastic, Leather and Textile products. The final specification depends on the aircraft substrate, required finish, current product availability and approval pathway.
What can be coated on an aircraft?
Potential applications include prepared exterior paint, suitable metal and glass, plus compatible leather, textile and plastic in the cabin or cockpit. Existing finishes, composite construction, glazing requirements and sensitive zones must be identified before work begins.
How does the system handle fuel, de-icing fluid and chemicals?
Ceramic Pro's aviation guidance specifically addresses exposure to strong chemicals, fuel and de-icing fluids. 9H, Top Coat and Strong list chemical resistance, but suitability must still be confirmed for the exact material, fluid exposure and maintenance procedure.
Will the coating prevent ice or reduce drag?
Official Ceramic Pro aviation materials cite hydrophobic icing-prevention and aerodynamic drag-reduction benefits. Those are application-dependent performance claims, not a universal guarantee; any operational result must be validated for the aircraft, coating build and service conditions.
How is an Australian aviation project scoped?
Start with the aircraft type, construction, paint system, location, operating profile, hangar access, surfaces to protect and available downtime. Ceramic Pro Australia can then discuss assessment, current products and the appropriate professional application route.
Start with an assessment
Scope an Aviation Coating System
Share the aircraft type, construction, paint condition, operating environment, surfaces to protect and available downtime. Ceramic Pro Australia can then help define the product stack and professional application pathway.