Commercial roofing in Richardson, TX: leak tracing, equipment curbs, hail checks, and work windows for technology, service, and manufacturing buildings.
Tell us about the building and what you are seeing. We reply with the next practical step.
A drip over a workstation row or a test bench raises the question of where before it raises the question of replacement. Richardson's Economic Development Corporation cites more than 500 technology companies and highlights technology, business services, and manufacturing in the local economy. A roof over that kind of operation carries one failure risk above the rest: water reaching places that cannot be shut down for a repair. The first check never changes. Find where the water enters, mark the nearest seam, curb, or drain, and agree on where a crew can work without crossing active traffic.
Richardson, TX sits roughly 16 miles from McKinney, inside our service area. For commercial buildings there, we inspect, repair, and replace low-slope and metal roofs, and we sequence the work around the occupied shift.
The stain on a ceiling rarely sits under the entry point. Water can ride a duct or a conduit run before it drops, so the ceiling mark is where the search begins and not where it ends. We walk the roof above the stain, check the uphill side of every curb and penetration, and look for the closest seam, flashing, or drain. Each suspect point is photographed and filed under its roof-zone number.
The separation that matters is between a contained repair and a larger scope. A split flashing over a single curb is a repair. Wet insulation across a zone, shown by an infrared moisture survey and confirmed by cores, is a larger scope. Knowing which one applies before the crew mobilizes is what keeps a production area from being opened twice.
Drainage is the second check. Standing water after rain loads a roof, softens seams, and carries debris to the lowest point, which is often a drain with a clogged strainer. We note how long water stays and which outlet it is heading for, because a blocked drain can pass for a failed membrane. With 37.01 inches of precipitation in the DFW year and 4.78 of them in May, a drainage review and a post-storm walk belong on the calendar.
Buildings that house technology, business services, or light manufacturing usually carry mechanical equipment, and every unit sits on a curb or support that the membrane has to reach. We map each unit and its flashing, check the counterflashing, and look at what changed since the roof was installed. A unit added or swapped later often brings a new opening, a new condensate line, or a pipe support that rests on the membrane.
Work at equipment curbs and supports needs the mechanical trade. The sequence is disconnect, lift, work the curb and roof, set the unit, reconnect, and each hold point gets a photograph. Where the equipment cannot be shut down for long, the plan splits the work into windows that match the building's allowed downtime.
Exhaust and process vents get a separate look. Technology and manufacturing operations can discharge heat, moisture, or fumes near the membrane, and the surface downwind of a vent shows wear first. We record what each vent discharges, check the membrane near it for softening or staining, and recommend walk pads where staff step to service equipment.
On a technology or office roof, July heat in the DFW normals (95.6°F for the average high, with August close behind) changes the crew's day more than the roof's design. Handling time on a sun-warmed membrane is short and seams and sealant carry more stress, so heavy tasks go to the early hours and crews rotate. None of that is a measurement of a particular Richardson roof.
Spring is the Metroplex's severe-weather peak according to the National Weather Service, and its list of hail, damaging wind, flooding, and tornadoes applies to the region as a whole, not to every building. A storm therefore starts with a walk and not an assumption. The hail damage repair scope that follows opens with photographs of impact marks by zone, and open repairs are tarped and sealed when a hold is called.
A hold is an ordinary part of the plan. Before a front the exposed area shrinks and the temporary seals get a second look, with tarps and sealant staged where the crew can reach them. The surface has to be dry before work resumes, and the closing file notes every hold by date.
Before work begins we need the access point, the staging area, and the route for materials. Richardson's economic-development materials describe multiple employment districts, and each building in one of them has its own dock layout, parking, and fire lane. The plan names where the lift sits, where debris is bagged, and which entrances stay clear.
The space below sets the isolation plan. Where sensitive equipment or active work areas sit under a roof zone, we recommend overhead protection, temporary partitions, or off-hours work on that zone. A building that cannot close can use occupied building reroofing methods, which cap each day's exposed area at what can be sealed by shift change.
Buildings in neighboring Plano and Garland follow the same access sequence, with the dock, lift, and fire-lane details confirmed building by building.
The remedy follows the assembly. A TPO or PVC seam is cleaned and re-welded, and a modified bitumen lap is resealed with compatible material. A metal panel end gets new sealant and a corrected fastener pattern. Where a roof qualifies for a coating, seams and flashings are repaired first and a test patch confirms adhesion before any liquid goes down. The written scope gives the reason for each choice.
The owner closes the job with a file: items opened, items dried or patched, items left open, and photographs by roof zone. For a facility director it works as an operating sequence and not just word that the leak stopped. Richardson projects also get checked with the local building official, who confirms the adopted code editions before design.
Price and timing come down to the area of wet material, how many curbs and penetrations need rework, lift access, the hours the building allows, and the state of the deck. The scope states them with measured quantities, so a repair, a restoration, and a replacement can be set side by side.
Give us the leak location, when the space below is staffed, and which areas cannot be interrupted. We will plan the first walk around the occupied shift and return a repair boundary and a work plan.
Short answers to what owners and facility managers ask before a roof visit.
About 16 miles by straight line, inside the standard service radius for this market. Drive time depends on the route and traffic, so scheduling starts with the building's access window.
Usually, yes. Work is planned by roof zone, with access, isolation, and overhead protection set first. Over equipment that cannot be disturbed, a zone is held for a window the facility team picks.
The leak location, operating hours, and access limits, plus any roof plans or repair history. Equipment changes since the roof was installed help too, because new curbs and lines are common leak points.
Yes. A post-storm walk with dated photographs of marks and lifted edges, sorted by zone, records the roof's condition, and a clean record helps with a later warranty or insurance question.
We supply the roofing sequence and hold points. The building's contractor or facility team sets the shutdown times for the equipment, and we fit the roof work inside them.
Send a question about the building and we will reply. Or call 555-555-5555.
