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Secteur

Aviation Hangars & MRO

Aviation MRO operators commission ESD-controlled epoxy with hydrocarbon-resistant specification.

Why Aviation & MRO Facilities Specify Epoxy GH

Aviation maintenance, repair, and overhaul operations impose floor performance requirements that no standard coating system can satisfy. Jet fuel, hydraulic fluid, de-icing compounds, and aviation lubricants subject hangar deck surfaces to chemical attack that degrades ordinary coatings within months. ESD (electrostatic discharge) control is not discretionary in MRO environments — it is a life-safety specification that governs every square metre of floor where sensitive avionics, fuel systems, and pressurised components are handled. Epoxy GH has served Ghana’s aviation and logistics infrastructure since 1981, delivering specification-grade flooring systems that satisfy the concurrent demands of chemical resistance, static dissipation, and sustained structural load.

MRO operators and airport facility managers who specify Epoxy GH engage a practice whose 45 years of institutional project delivery includes fuel-zone hangar decks, ground support equipment bays, avionics workshop floors, and bonded parts storage facilities. The discipline is exacting: surface preparation protocols, primer adhesion verification, inter-coat timing windows, and final mil-thickness confirmation are documented at every stage. This is the workmanlike precision the sector requires — and the standard to which Epoxy GH holds every commission.

Specification Requirements Unique to Aviation & MRO

Ghana Civil Aviation Authority guidelines and internationally aligned MRO facility standards impose layered requirements that exceed conventional industrial flooring briefs. ESD-controlled flooring must achieve and maintain a surface resistance range of 10⁵ to 10⁸ ohms, verified under specified humidity conditions and confirmed with traceable test documentation. Hydrocarbon resistance — particularly to Jet A-1, Skydrol hydraulic fluid, and MEK — must be demonstrated through chemical resistance data, not assumed from product category alone.

Structural loading tolerance is equally non-negotiable. Wide-body aircraft tow tractors, hydraulic jacking platforms, and loaded component trolleys impose point loads that demand substrate assessment, crack-bridging primer systems where required, and epoxy matrix selections rated for the actual service load rather than a generalised industrial figure. Joint detailing at expansion breaks, drainage channel interfaces, and hangar door sill zones receives the same specification rigour as the open deck field. Epoxy GH applies this total-system thinking to every aviation floor commission.

Recommended Services for Aviation & MRO

Notable Project Types

Epoxy GH has delivered commissioned flooring programmes across the full typology of aviation-adjacent facility construction in Ghana. Hangar deck commissions at Kotoka International Airport precinct have included wide-body maintenance bays requiring phased installation to maintain operational continuity — a programme management discipline that demands sequenced bay isolation, temporary dust and overspray containment, and documented re-opening protocols verified against ESD test thresholds. Ground support equipment workshops adjacent to apron taxiways present hydrocarbon loading profiles that combine fuel spillage, battery acid exposure, and tyre abrasion, requiring a hybrid primer-build-topcoat specification rather than a single-product approach.

Bonded parts storage and avionics workshop commissions introduce cleanroom-adjacent cleanliness standards alongside static dissipation requirements. These facilities commission seamless, cove-detailed flooring systems where wall-to-floor junctions eliminate particulate traps — an architectural-grade finish delivered within an MRO performance envelope.

Compliance & Standards