Commercial Roofing Services
Commercial Roof Inspections & Reports in Midland
An Inspection Protocol Built for Hail Season and High Turnover
The inspection records membrane, seams, flashings, drains, penetrations, edge metal, moisture indicators, photographs, and practical next steps in a condition report. A roof inspection in the Permian Basin has to answer two questions that matter more here than in a lot of markets: is this roof ready for the next hailstorm, and does the ownership record even show what condition it was in when this building last changed hands. We build our inspection process around both.
Pre-Storm Season Inspection
Spring in West Texas brings hail, and we schedule a dedicated inspection pass ahead of that season for clients who want it, checking membrane condition, seam integrity, and fastener security before storms start rolling through. This is different from a general maintenance walk because the focus is narrower: anything that could fail or worsen under hail impact or a sudden wind event.
Rooftop equipment gets particular attention during this pass. Loose curb flashing or a deteriorating pipe boot that survives fine in calm weather can become a leak point the moment hail or wind stresses it. Catching that ahead of the season is cheaper than an emergency call mid-storm.
Post-Storm Inspection Triggers
After a hail event or a high wind event, we recommend an inspection even if there is no visible interior leak yet. Hail can bruise a membrane or knock granules off a modified bitumen cap sheet without an immediate leak, and that damage compounds over the following months of UV exposure if it goes unaddressed. Wind events can loosen fasteners or lift edge metal without a full blow-off, and those loosened points fail on the next event if they are not caught first.
We document post-storm findings with dated photos and measurements tied to the specific storm date, which matters for a facility manager who needs a clear record separating storm-related damage from ordinary wear.
Core Sampling and Moisture Surveys
Visual inspection only tells part of the story on a low-slope commercial roof. Moisture surveys, using infrared scanning or a capacitance meter, find wet insulation before it shows up as a soft spot or a leak. We run these on a schedule tied to roof age and history rather than only when a problem is already suspected, since finding trapped moisture early is what keeps a repair a repair instead of a full section replacement.
Core sampling gets used when the moisture survey flags an area that needs a physical look at the assembly. A small core cut tells us exactly how many layers are present, what condition the insulation is in, and whether the deck below shows any sign of deterioration.
Fastener and Uplift Verification
Given how much straight-line wind and outflow this region sees, we check fastener security at perimeters and corners specifically, in addition to the general field of the roof. Pull testing on a sample of fasteners tells us whether the original uplift design is still holding or whether thermal cycling and prior wind events have degraded the connection over time.
This matters most on older buildings where the original fastening pattern may not reflect current wind design standards. An inspection that flags a weak uplift zone gives the facility manager the chance to correct it before it becomes a storm-driven emergency.
Setting Inspection Cadence for a Market With Fast Building Turnover
Buildings change hands quickly here as the energy sector cycles, and a new owner or property manager often inherits a roof with no clear service history. We recommend inspection cadence based on roof age, membrane type, and any known storm history rather than a flat annual schedule that ignores those factors.
A newer TPO roof on a stable-occupancy office building might only need an annual visit plus post-storm checks. An older modified bitumen roof on a service yard shop with a documented hail history warrants a tighter interval until its remaining service life is clearer.
- Membrane surface condition, including granule loss and UV embrittlement
- Seam integrity across field and detail work
- Fastener security at perimeter and corner zones
- Drain and scupper function and debris clearance
- Rooftop equipment curb and penetration flashing condition
- Moisture survey results compared against prior inspection data
Handing Off a Usable Inspection Record
An inspection is only as useful as the record left behind. We provide dated photos, moisture survey data, and a written summary tied to a roof plan showing where each item was found, so the next inspection has something concrete to compare against instead of starting over from a blank slate.
Roof Inspection Questions From Property Managers
How often should a commercial roof be inspected in this market?
It depends on roof age, membrane type, and storm history, but most buildings benefit from at least one scheduled inspection a year plus a check after any significant hail or wind event.
Can hail damage a roof without causing an immediate leak?
Yes. Hail can bruise membrane or strip granules without opening a leak path right away, and that damage worsens under continued UV exposure if it is not caught and addressed.
What does a moisture survey actually find that a visual check misses?
It finds wet insulation trapped under the membrane before it becomes visible as a soft spot, ceiling stain, or a full leak, which lets us address it as a repair rather than a larger replacement.
Why does fastener testing focus on corners and perimeters?
Those zones carry the highest wind pressure during a storm, so a weak fastening pattern there is far more likely to lead to roof failure than the same weakness in the center field.
We just bought a building with no roof history. What do we do first?
Start with a full baseline inspection, including a moisture survey and fastener check, so you have a documented starting point instead of guessing at the condition of a roof you did not maintain.