Industrial Roofing in Oklahoma City, OK.

For Oklahoma City industrial facilities, we typically recommend either a 60-mil or heavier thermoplastic membrane (TPO or PVC) for low-slope applications, or a granulated SBS modified bitumen cap sheet for built-up assemblies. Both provide better hail resistance than standard 45-mil single-ply systems. For steep-slope or metal roofing applications, Class 4 impact-rated metal panels provide the highest available hail resistance rating and may qualify your facility for insurance premium reductions. During your roofing system selection, we can provide product data sheets showing FM or UL impact resistance ratings and help you coordinate with your insurance carrier about any available credit for impact-resistant systems.

Work at Tinker and in secure defense-contractor facilities requires coordination with base security for access credentials, compliance with base-specific contractor requirements, and often a security review of the workforce that will be on site. We have experience navigating these requirements and maintain a workforce management process that supports background check compliance. For private contractor facilities in the Tinker corridor, we work within whatever security and access protocols the facility requires. Project documentation is handled with appropriate confidentiality for customers operating in sensitive environments.

No roofing system is designed to withstand a direct hit from a significant tornado — the forces involved exceed anything a roof assembly is engineered for. However, a properly designed and installed roof system substantially reduces damage in the wind events that surround tornado paths and in F0/F1 events. We engineer our industrial roofs to meet FM 1-90 wind uplift standards, which provide meaningful protection in the severe straight-line winds and lower-category tornado events common in Oklahoma City. After any significant weather event, an immediate inspection is the most important step — catching and repairing minor wind damage before the next rain prevents secondary water damage that often exceeds the value of the initial storm damage.

The key factors are the extent of moisture saturation in the existing insulation, the number and complexity of existing defects, and the remaining service life of the existing membrane. An infrared moisture survey is the most efficient way to quantify how much of your roof's insulation field has been compromised by water intrusion. If wet insulation covers more than 25% of the roof area, full replacement almost always makes better economic sense than a repair campaign. Below that threshold, a targeted repair program combined with a coating application may extend service life by a decade at significantly lower cost than replacement. We provide an objective written recommendation after completing our assessment, with cost projections for both approaches.

Oklahoma City's thunderstorm rainfall intensity — often 3 to 4 inches per hour during peak events — requires drainage capacity that exceeds what many code-minimum designs provide. We size drains and scuppers using local intensity-duration-frequency data and design for the 100-year storm event rather than the code-minimum standard. We also require a secondary overflow drainage system at every project — either overflow scuppers or secondary drain leaders — to ensure that even if primary drains become blocked, water cannot accumulate to levels that stress the roof structure. Emergency overflow protection is one of the most important and most frequently neglected aspects of industrial roof design.