Landing-gear point loads, running jet engines, and daily fuel spills demand concrete and coatings built to aviation tolerances. Abbotsford Concrete delivers.
Why Hangar Concrete Isn't Standard Industrial Work
Consider what a single landing-gear tire actually puts through a slab: concentrated point loads that dwarf anything a loaded forklift produces, combined with the vibration of an engine running up at full throttle just metres away. Add routine jet-fuel drips, hydraulic-fluid pooling near service bays, and seasonal de-icing chemical runoff, and the gap between a standard industrial pour and a properly engineered hangar slab becomes obvious fast.
The aviation floor coating applied over that slab is a high-build, chemical-resistant system, not a warehouse epoxy. It seals the concrete against fuel penetration, provides a high-gloss dust-free surface for maintenance inspections, and carries a non-slip aggregate so traction stays reliable when wash water or spilled fluid is underfoot.
On the ramp side, apron and taxiway slabs are sized to the actual wheel loads and brake forces of the aircraft using them. Thickness, reinforcement spacing, and joint design all come from the aircraft data, not from a generic heavy-industrial template. Supporting flatwork, fuelling pads, and equipment standings fall under aviation facility concrete, poured to the same tolerances. For large pours, concrete pumping keeps placement efficient across wide apron areas.
Recent work
How it works
From Aircraft Data to Finished Hangar Concrete in Abbotsford
Collect aircraft and site data
Before any concrete is ordered, we gather the wheel-load ratings, brake-force figures, and fuel-exposure profile for the aircraft using the facility. Site drainage, existing slab condition, and operational constraints all go into the same assessment.
Engineer the slab and coating system
Slab thickness, rebar layout, and joint spacing are calculated against the aircraft data, not pulled from a standard industrial table. The floor coating system, primer grade, build thickness, and aggregate type, is selected to match the specific chemical exposures on site.
Prepare, form, and pour
For new apron or taxiway slabs, base preparation and forming are set to aviation tolerances before the concrete is placed and finished. For coating work on existing floors, the slab is shot-blasted or ground to the profile the coating manufacturer specifies, and any cracks or spalls are repaired before the first coat goes down.
Cure, inspect, and hand back
Cure times are tracked against the coating or concrete spec, not estimated. Each bay or apron section is inspected before it is returned to service, and the facility receives a written maintenance guide covering cleaning methods and chemical-exposure limits.
Inside and out
Hangar Floor Coating, Aprons, and Aviation Flatwork, One Scope
Most hangar projects span both sides of the hangar door, and sequencing them together matters. Inside, the aviation floor coating goes down after the slab is profiled and repaired; outside, fresh apron concrete needs its own cure window before aircraft return to the ramp. Running both scopes under one contractor means those schedules are coordinated from the start rather than negotiated between two crews after the fact.
Fuelling pads, tow-vehicle standings, and maintenance staging areas around the building are part of aviation facility concrete. These pours use the same load-engineered approach as the main apron, because a fuel truck or ground-support vehicle sitting on an undersized slab creates the same spalling and joint-failure problems as an aircraft. Where large volumes need to reach tight or elevated areas, boom pump concrete placement keeps the pour moving without compromising slab quality. The apron and taxiway concrete ties it all together at the perimeter.
Your Aircraft Hangar Concrete Questions, Plain Answers
Aircraft loads, fuel resistance, finishes and aviation flatwork in Abbotsford.
Yes. Apron and taxiway slabs are sized to the wheel loads and brake forces of the specific aircraft on site. Slab thickness and reinforcement come from those numbers, not from a generic industrial table.
Yes. The hangar floor coating is a high-build chemical-resistant system rated for jet fuel, hydraulic fluid, and de-icing chemistries. We install the complete manufacturer system, primer through topcoat, to the published spec.
Yes. Coordinating the indoor coating schedule with the exterior pour and cure windows is part of how we scope the project, so neither side of the hangar door holds up the other.
No. A non-slip aggregate is broadcast into the coating surface during application. Traction stays consistent whether the floor is dry, wet from wash-down, or carrying a minor fluid spill.
Yes. The project is phased bay by bay around maintenance and flight schedules. Each section gets a firm hand-back date before work starts, so the operation can plan around the concrete, not the other way around.
Client reviews
What Abbotsford Aviation Facilities Say About Their Hangar Concrete
Floor coating that finally took a jet-fuel spill without staining or softening. High-gloss finish makes inspections easy and the non-slip aggregate is exactly right underfoot.
G. M.
Hangar operations
★★★★★
New apron engineered to the aircraft on it, not just an industrial spec. Has held up to two years of taxi loads with no spalling at the joints.
D. P.
Aviation facility lead
★★★★★
They phased the floor coating around our maintenance schedule. Bay by bay, never grounded an aircraft for our project.
J. B.
Fleet maintenance manager
★★★★★
Aviation flatwork around our fuelling pads done to spec. Drainage works, the chemistry resistance holds, and the contractor coordination was the easiest part.
C. S.
Hangar facilities engineer
From the blog
Concrete Guides & Articles
Practical reading on planning, finishes and caring for concrete in Abbotsford.
Free Written Estimate for Your Aircraft Hangar Concrete Project
Share the aircraft type, operational layout, and any existing slab conditions, and we will put together a written, itemised quote covering floor coating, apron concrete, or the full aviation flatwork scope.
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