Repair, replacement, maintenance, inspection, and planning routes for commercial roof decisions.
Low-slope assemblies and coating systems matched to heat, access, drainage, and exposure.
Commercial building types with different operating hours, tenant needs, and rooftop constraints.
Roof programs set by Orlando industry risk, uptime, documentation, and access needs.
Central Florida service-area pages for planning calls near Orlando commercial corridors.
Additional taxonomy pages for storm response, roof documentation, inspection programs, and roof asset planning.
Commercial flat roof leak diagnosis and repair for Orlando buildings — trace the source, not just the stain; written repair scope; Florida Building Code compliance; no patch-and-leave approach.
Service
Flashing failures at penetrations: HVAC curb flashings, pipe boot flashings, and conduit penetration flashings are the highest-frequency leak source in the Orlando commercial building stock. These flashings are subject to UV degradation, thermal cycling, and — on buildings in the International Drive and Lake Nona medical campus clusters — heavy foot traffic from HVAC maintenance crews who step directly on the flashing seams. A curb flashing that has separated at the base of an HVAC unit can leak invisibly for an entire rainy season before the insulation saturation reaches the deck and produces a ceiling stain.
Parapet wall cap flashing failures: Orlando has a significant stock of older commercial buildings with concrete masonry unit parapet walls — particularly in the Downtown, SODO, and Orange Avenue commercial corridor. The cap flashing at the top of a CMU parapet is a critical waterproofing joint; when the cap flashing lifts, cracks, or fails at the seam, water enters the wall cavity and can travel down to the roof-to-wall flashing joint where it infiltrates the roof assembly. We look at parapet cap flashing conditions on every leak diagnosis call in older Downtown and South Orange Avenue buildings.
Open seams in single-ply membrane: TPO and EPDM membrane seams that were marginal at installation — welded at a temperature or speed outside the manufacturer's specified range — can hold for several years before separating under thermal cycling and UV loading. In Orlando's high-UV, high-temperature environment, marginal seams fail faster than in northern climates. We use a probe wheel to test seam integrity along the membrane in the zone surrounding a reported leak location.
Drain-area membrane failures: The membrane at and around roof drains is subject to traffic from maintenance personnel, mechanical stress from drain cleaning equipment, and chemical exposure from standing water. We see drain-area membrane failures regularly — splits in the membrane within two feet of the drain bowl, separation at the drain flange-to-membrane bond, and failed clamping ring gaskets. These failures produce leaks that appear to come from the drain — but are often the membrane, not the drain body.
We do not do temporary patches as a standard repair method. A temporary patch with peel-and-stick or butyl tape may be appropriate as emergency dry-in while the owner's insurance process is pending, or while a permanent repair is being scheduled around tenant occupancy constraints. But when we write a repair scope, it specifies a permanent repair method consistent with the membrane system — TPO flashing replacement heat-welded to the field membrane, EPDM seam repair with compatible bonding adhesive and cover strip, modified bitumen flashing replacement torch-applied or cold-applied to the field cap sheet.
Every repair we do is documented in a written repair report: the defect location keyed to the roof zone diagram, the diagnosed source and water-travel path, the repair method and materials used, and a photo set of the completed repair. That report goes into the building's maintenance file and into the manufacturer's warranty record if the building is under an active NDL warranty.
For buildings under a manufacturer's warranty where the leak is at a detail that may be the manufacturer's or installer's responsibility, we also help the owner navigate the warranty claim process — documenting the defect in the format the manufacturer requires and coordinating with the manufacturer's field representative if the claim requires manufacturer inspection.
A single isolated leak at a flashing penetration on a 10-year-old roof in otherwise sound condition is a repair call. A building that has had three leak calls in two years, or that presents with multiple wet seams when we probe the surrounding field membrane, is telling a different story — the membrane is approaching end of service life, and each leak repair is buying time against a systematic replacement decision.
We are direct about this when we see it. If the repair we are being asked to do will last 18 months and the building is looking at a replacement decision anyway, the owner needs to hear that before they spend money on a repair that does not change the trajectory. We write the repair and make the recommendation — the owner decides how to proceed, but they decide with the actual data.
We start directly above the stain and work outward. We look for obvious membrane conditions, then probe seams in the surrounding zone, then check every penetration and flashing within a 20-foot radius. For persistent or complex leaks, we use infrared scanning to map the wet insulation pattern — saturated insulation shows as warm zones against the cooler dry field, and the pattern indicates the entry point and the travel path. Physical moisture cores confirm the scan.
Most flat roof leak repairs do not require interior access during the repair. The work is on the roof surface, and disruption to tenants below is limited to the sound of foot traffic and equipment. For repairs that require hot-work — torch-applied materials — we coordinate with the building's property manager and provide the required hot-work permit documentation. Buildings with laboratory or medical-use tenants may have additional access restrictions we plan around.
Repeat leaks in the same location usually mean the repair addressed the symptom rather than the source. We approach repeat-leak calls with a broader diagnostic scope — tracing the water path more extensively and looking at related conditions in the surrounding zone. If the repeat leak is at a detail that is fundamentally compromised — a drain that is improperly flashed at the deck level, a parapet wall joint that has structurally separated — we will tell you that the correct fix is different from what has been done previously.
Minor repairs at individual penetrations or seam locations generally fall below the permit threshold. Larger repair projects — replacing a substantial area of flashing, relaying membrane over a significant zone — may require a permit depending on the scope and jurisdiction. We identify permit requirements when we write the repair scope, not after the work is done.
We trace the water path, write a repair scope, and document the completed work in a written report — so the leak does not come back and your maintenance file has an accurate record.
Commercial Re-Roofing for commercial buildings across Orlando area.
Tear-off and full replacement of commercial flat roofs across Central Florida — TPO, EPDM, PVC, modified bitumen — with Florida Building Code compliance,...
Storm Damage Roof Repair & Insurance Claims in Orlando, FL — commercial roofing assessment, documentation, and program management for FL property owners.
