Aircraft Hangar Epoxy Flooring Vancouver — Cost, Specs & Design Guide
Aircraft hangars in Vancouver and across British Columbia face a unique mix of heavy wheel loads, constant tug traffic, jet fuel and Skydrol™ exposure, and damp coastal conditions. A standard concrete sealer or thin paint system simply isn’t built for that environment.
This guide walks you through how aircraft hangar epoxy flooring is designed, what it costs in typical BC projects, and the key decisions you need to make so your new floor actually performs for the long term — not just the first season.
Priority One Epoxy Flooring designs and installs aviation-ready epoxy, urethane mortar and polyaspartic systems throughout Vancouver, Richmond, Abbotsford, Victoria, Kelowna, Kamloops and northern BC.
What a high-performing aircraft hangar floor needs in Vancouver
If you’re planning a hangar floor project around YVR, Boundary Bay, Abbotsford or regional airports in BC, the coating system has to do a lot more than just “look good.” At minimum, your specification should address:
- Load capacity for aircraft, tugs, maintenance stands and GSE.
- Chemical resistance to fuels, hydraulic fluid, lubricants and de-icers.
- Slip resistance in wet zones, wash-down areas and entries.
- Light reflectivity to improve visibility and reduce shadowing during inspections.
- Movement control at joints and cracks to reduce FOD traps and trip hazards.
- Moisture management for coastal slabs or poorly detailed vapor barriers.
The right epoxy or urethane system is chosen by looking at your specific aircraft types, traffic paths, cleaning methods and budget — not by choosing a one-size-fits-all product.
Epoxy vs polyaspartic vs urethane mortar for hangars
High-build epoxy systems
High-build epoxy is the backbone of many aircraft hangar floors in BC. Multiple coats are used to achieve the thickness needed to spread heavy wheel loads and resist impact.
- Excellent compressive strength for concentrated aircraft loads.
- Can be leveled to reduce low spots that collect fuel or wash water.
- Often finished with urethane or polyaspartic topcoats for added durability.
Polyaspartic topcoats
Polyaspartic coatings are ideal when you need a fast return to service and UV stability on aprons, thresholds and high-visibility zones.
- Fast-cure options reduce downtime and allow phased work around operations.
- High abrasion resistance for tug lanes and traffic paths.
- Colour-stable safety lines, hold markings and logo areas.
Urethane mortar (polyurethane cement)
Urethane mortar systems are the workhorses for the harshest areas — hot wash bays, chemical rooms and areas with frequent thermal cycling.
- Handles hot water, steam and aggressive cleaning agents.
- Ideal at wash bays, pits, service trenches and embedded rails.
- Can be paired with coves for sanitary, easy-to-clean transitions.
What does aircraft hangar epoxy flooring cost in Vancouver?
Pricing is always project-specific, but most commercial hangar floors are quoted on a square-foot basis with adjustments for prep and detailing. Key cost drivers include:
- Size and layout of the hangar (open spans vs cut-up spaces).
- Condition of the existing slab and coatings (repairs, removals, joint rebuilding).
- System build (standard high-build epoxy vs mortar, quartz broadcast, etc.).
- Number of colours, line markings, logos and safety zones.
- Scheduling around aircraft movements, night work and phasing.
Many aircraft hangar projects in BC fall in the mid-to-high single digits per square foot, with more complex mortar or heavy-build systems coming in higher. After a site visit, we provide a written, itemized quote so you can budget accurately and compare systems on more than just price.
Aircraft hangar epoxy flooring across Vancouver & British Columbia
We work with private owners, FBOs, charter operators, MRO shops and government facilities across the province. Typical aviation service areas include:
- Vancouver & Richmond (YVR, South Terminal)
- Delta & Boundary Bay
- Surrey, Langley & Pitt Meadows
- Burnaby & New Westminster
- Abbotsford & Chilliwack
- Victoria, Nanaimo & Comox
- Kelowna, West Kelowna & Penticton
- Kamloops, Prince George & Northern BC
For larger aviation facilities, we can coordinate phased work, night shifts and targeted shutdowns so flight operations and maintenance stay on track while the flooring system is upgraded.
Our step-by-step aircraft hangar flooring process
A durable hangar floor starts long before the first coat is rolled out. Our projects follow a proven aviation-focused workflow:
- 1. Site assessment & specification — review slab condition, existing coatings, joint layout, moisture, aircraft types and operational constraints.
- 2. Mechanical surface prep — shot-blasting and/or diamond grinding to achieve the correct concrete surface profile for heavy-duty systems.
- 3. Crack, spall & joint repair — rebuild defects and treat joints to reduce movement and FOD potential.
- 4. Moisture & vapor control — apply moisture-tolerant primers or vapor barriers when needed, especially on coastal or older slabs.
- 5. Epoxy or mortar build coats — install the specified build to engineered thickness for your loads and traffic.
- 6. Topcoats, texture & markings — apply chemical-resistant, UV-stable topcoats plus traction, safety lines, numbers and logos as required.
- 7. Cure schedule & handover — confirm cure times, return-to-service windows and maintenance recommendations with your team.
- Choosing between high-build epoxy, mortar and hybrid systems.
- Selecting slip resistance levels for different zones in the hangar.
- Deciding on gloss level and colour to balance brightness vs glare.
- Planning phasing so aircraft access and safety are maintained.
- Aligning warranty terms with expected usage and maintenance.
- Peeling or blistering coatings where moisture or prep was ignored.
- Deep tire marks and worn-through areas in tug lanes and parking spots.
- Fuel and Skydrol™ staining that won’t clean off the surface.
- Crumbled joints creating FOD risk and maintenance headaches.
- Puddling water or chemical pooling in low spots after wash-downs.
How do I choose the right epoxy system for my hangar?
Start with aircraft type, wheel loads, chemical exposure and how often you wash the floor. From there we recommend a build (high-build, mortar or hybrid) and topcoat system that matches those demands, rather than forcing every hangar into the same generic spec.
Can hangar epoxy be installed during winter in BC?
Yes, but temperature and humidity must be controlled. For winter projects we plan temporary heat, ventilation and cure schedules so the coatings develop full strength. Many Vancouver and interior hangars are successfully upgraded during colder months with the right preparation.
How long does an aircraft hangar epoxy floor typically last?
With proper design, prep and maintenance, a well-installed aircraft hangar system can last many years before needing major refurbishment. Touch-ups are usually limited to high-wear lanes and markings, while the main build layer continues to perform.
Is epoxy better than polished concrete for hangars?
Polished concrete can work in some light-duty hangars, but epoxy and urethane systems typically offer better chemical resistance, easier cleaning and more controlled slip resistance. They also make it easier to add safety colours, zoning and markings for aviation operations.
Can you work around aircraft so the hangar is never fully shut down?
In many cases, yes. We can phase the project in zones, coordinate aircraft and tug movement, and schedule critical steps around your operations so essential access is maintained wherever safety and logistics allow.
Priority One Epoxy Flooring designs and installs high-performance aircraft hangar epoxy, urethane and polyaspartic systems across Vancouver and British Columbia. We’ll review your slab, traffic and budget, then provide a clear, itemized proposal for your facility.
