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Commercial roofing in Avoca should begin with a documented assessment of membrane condition, seams, flashings, drainage, penetrations, and moisture before repair, coating, or replacement is selected. Avoca is a small borough carrying an outsized footprint: Wilkes-Barre/Scranton International Airport sits largely within its boundaries, along with the freight forwarders, rental car facilities, and ground-support buildings that cluster around it. Commercial Roofing of Scranton works these buildings knowing that airport-adjacent property comes with its own access rules and its own mix of roof types, from metal hangar roofs to membrane-covered freight offices. A borough this size doesn't usually carry this much aviation-driven commercial square footage, and it changes how every job here gets planned.
Hangar buildings and maintenance facilities near the airfield often run standing seam metal roofing rather than the low-slope membrane you'd find on a typical warehouse. The clear-span structure underneath and the height of the building favor a metal system with strong wind performance. Freight forwarding offices, courier ground operations, and rental car service buildings nearby tend toward more conventional low-slope TPO or EPDM construction, sized to the smaller footprint those operations actually need. We treat each building on its own terms rather than assuming a single system fits everything within sight of the runway.
Wind exposure is a real factor for every roof in this immediate area. Open, flat terrain around an active airfield means less windbreak than a building tucked into a denser part of town, and that shows up in how we spec fastening and edge details.
Buildings close to active ramp areas can come with access restrictions, escort requirements, or badging depending on how close a given roof sits to controlled airside space. We confirm those requirements with the property manager or airport authority before we schedule crew access, so a job doesn't stall on day one over a credentialing issue that could have been sorted out in advance. Freight and courier operations here also run on tight, time-sensitive schedules tied to flight arrivals, and we sequence noisy or disruptive work around those windows rather than a generic weekday plan.
A freight building's roof takes a beating from constant loading dock traffic and rooftop refrigeration units on any cold-chain tenant. A ground-support or rental car service building sees fewer penetrations but more vehicle exhaust and fuel-adjacent conditions that can degrade certain membrane types faster than they would on a standard commercial roof. We factor both into material selection alongside square footage and budget.
Roofing work anywhere in Luzerne County can get pushed by a passing storm, but a delay on an airport-adjacent freight building carries more urgency than the same delay on a warehouse a few miles inland, since flight-driven freight schedules don't pause for weather the way a standard delivery route can. We build extra contingency into scheduling for jobs in this immediate area and keep dry-in materials on standby so an open roof section never sits exposed longer than necessary if a system moves in faster than forecast.
We also coordinate directly with tenants running time-sensitive operations to flag any weather risk to their schedule as early as we see it, rather than after work has already started.
Open exposure at the airfield also means wind-driven rain reaches the underside of loose flashing faster than it would on a more sheltered building, so we button up any open detail at the end of every work day here rather than trusting a tarp to hold through an overnight system.
Depending on proximity to controlled areas, yes, and we coordinate any badging or escort requirements with the property manager or airport authority before scheduling. We'd rather sort that out a week ahead than have a crew sitting at a gate on the first morning of a job. It's a small extra step that saves everyone a wasted trip, and it's one more reason airport-adjacent work benefits from a contractor who's done it before.
It depends on the structure. Clear-span hangar buildings usually favor standing seam metal for wind performance, while smaller freight and office buildings typically use low-slope membrane. We spec based on the building, not a default preference, and we'll walk you through the reasoning behind whichever system we recommend.
We ask for your operational schedule up front and plan disruptive work, tear-off, deliveries, crane use, around the windows that matter most to your freight movement.
Yes, we account for the higher wind exposure typical of open, flat terrain near an airfield when specifying fastening patterns and edge detailing, including tighter fastener spacing at edges and corners than a sheltered building would need.
Yes, we coordinate with your refrigeration contractor so curb flashing repairs don't require shutting down the unit longer than necessary. We schedule that overlap in advance rather than showing up and figuring it out on site.
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