Professional Commercial Roofing Services in Orlando

Site Assessment and Documentation

We begin with a physical roof inspection using thermal imaging to locate moisture intrusion, core samples to verify existing insulation and deck condition, and pull tests on membrane adhesion or fastener withdrawal resistance. Our crews document all penetrations, drainage pathways, expansion joints, and parapet conditions. We identify code compliance gaps, structural load capacity, and fire rating requirements. The written report includes photos, identified deficiencies, repair or replacement recommendations, and a cost estimate, delivered within 24 hours. Inspections paired with a repair or replacement quote are provided at no charge.

Engineering and Permitting

For projects triggering the 25 percent threshold or new installations, we coordinate structural engineering calculations for wind uplift resistance per ASCE 7 and Florida Building Code High Velocity Hurricane Zone requirements. We prepare permit applications with sealed drawings, product data sheets showing Miami-Dade NOA approvals where applicable, and fastening schedules. In Orange County, Osceola County, and Seminole County jurisdictions, we manage plan review, respond to comments, and schedule inspections at deck, insulation, and final membrane stages.

Roof System Selection and Specification

We install TPO roofing in 60-mil and 80-mil thicknesses, mechanically fastened or fully adhered depending on substrate and wind exposure. EPDM roofing goes down as ballasted, adhered, or mechanically attached systems, with seams hot-air welded or tape-bonded per manufacturer specifications. Modified bitumen membranes are torch-applied or cold-adhered in two-ply configurations over polyiso or fiberglass insulation. Standing seam metal roof systems use Galvalume or aluminum panels with concealed clip fastening, thermal breaks at purlins, and butyl sealant at all laps and transitions. Each system is specified to meet or exceed the required fire rating, wind uplift class, and energy code thermal performance for the building type and occupancy.

Tear-Off and Deck Preparation

On replacement projects, we remove existing membrane, insulation, and base sheet to expose the roof deck. Crews inspect for damaged decking, rust perforation on metal decks, or delaminated plywood, and replace compromised sections. We verify deck fastening meets current uplift load tables and add screws or structural adhesive where needed. Horizontal surfaces are swept clean, and all debris is contained in dump trailers staged on-site to maintain OSHA compliance and prevent job-site litter violations.

Insulation and Drainage Integration

We install rigid insulation in tapered layouts to achieve positive drainage toward scuppers and drains, with a minimum quarter-inch per foot slope. Polyiso insulation boards are mechanically fastened or adhered with compatible adhesive, with staggered joints and cut edges sealed to prevent thermal bridging. Crickets are built at HVAC curbs and parapet transitions to eliminate ponding water. All penetrations receive prefabricated pitch pans or custom-fabricated sheet metal boots integrated into the insulation layer before membrane installation.

Membrane Installation and Seam Integrity

TPO and EPDM membranes are rolled out in the longest practical lengths to minimize seams, with overlap widths per manufacturer detail. Hot-air welding of thermoplastic seams is performed at temperatures verified by infrared thermometer, with probe testing of sample seams each morning and at every membrane splice. Mechanically fastened systems use fastener plates spaced per the engineered wind uplift schedule, with membrane pulled tight to prevent billowing. Flashing at walls, curbs, and edges is embedded in mastic and mechanically fastened with termination bars, never caulk-sealed. Modified bitumen seams are torched to achieve full interply adhesion with a consistent bleed-out line visible along the lap.

Penetration Flashing and Parapet Detailing

Pipe boots, electrical conduit, and mechanical supports are flashed with prefabricated EPDM or TPO accessories heat-welded or mastic-sealed into the field membrane. HVAC curbs and equipment supports receive custom-fabricated metal counterflashing lapped over membrane base flashing, with fasteners sealed with butyl tape. Parapet caps are fabricated from 24-gauge Galvalume or aluminum, lapped at inside and outside corners, and mechanically fastened through cleats to prevent fastener exposure. All vertical terminations extend a minimum eight inches above the finished roof surface and are sealed with compatible caulk after mechanical attachment.

Quality Control and Final Inspection

We flood-test all drains and scuppers, probe-test all heat-welded seams, and perform a final walk to verify fastener patterns, flashing laps, and membrane tension. Our project manager photographs completed details for warranty documentation and reviews the checklist with the building inspector at final inspection. We provide the property owner with a complete warranty package including manufacturer material warranty, our workmanship guarantee, and as-built drawings showing all penetrations, drains, and membrane layout for future maintenance reference.

Florida Building Code and Commercial Roofing Compliance

The Florida Building Code, 8th Edition (2023), took effect December 31, 2023, establishing current standards for roof assembly fire resistance, wind uplift classification, and impact resistance in High Velocity Hurricane Zones. Commercial roofing contractors in Florida operate under a regulatory framework that requires both technical competency and financial accountability: state licensure mandates passage of a business and finance exam plus a roofing trade exam, proof of four years of experience, and maintenance of general liability insurance and workers' compensation coverage. Florida employs over 25,000 roofers, and demand is expected to grow faster than the national average over the next decade, yet fewer than 2 percent of roofing contractors in North America hold GAF Master Elite certification, which requires demonstrated installation quality, consumer satisfaction, and business stability verified through annual audits.

For commercial property owners in Orlando, these regulatory distinctions determine not only whether the roof meets code but whether the installation is legally defensible. The cost of maintaining a Florida certified roofing contractor license includes continuing education at $50 to $200 per course, general liability insurance starting at $1,000 per year, and surety bonds ranging from $200 to $600, according to industry compliance guidance. These ongoing expenses filter the market: contractors who maintain active licensure and insurance demonstrate both technical commitment and financial solvency.

What Commercial Property Managers Say

Joe Garcia wrote:

"Roof Bear replaced the roof on my rental property and did an exceptional job. The crew was professional, efficient, and left the site spotless each day. Tyler and his team were transparent throughout the process, and the final result exceeded my expectations. Highly recommend for any roofing needs."

Danielle Shaw noted:

"From start to finish, the Roof Bear team was outstanding. They replaced our roof quickly and professionally, handling every detail with care. The communication was excellent, and they ensured we understood each step of the process. Our new roof looks fantastic, and we couldn't be happier with the results."

Taylor Gonzalez shared:

"Roof Bear provided top-notch service for our roof replacement. The team was punctual, courteous, and meticulous in their work. They addressed all our concerns and made sure we were completely satisfied. The quality of their work is evident, and we highly recommend them."

Commercial Roofing Service Area in Central Florida

We provide licensed commercial roofing services throughout Orlando, Winter Park, Altamonte Springs, Lake Mary, Sanford, Apopka, Oviedo, Winter Garden, and Kissimmee. Our service area covers Orange County, Seminole County, and Osceola County, including multi-family properties, retail centers, office buildings, warehouses, healthcare facilities, educational facilities, and industrial roofing projects across Central Florida.

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