Industrial roofs in Montgomery often feature large flat or low-slope surfaces on warehouses and manufacturing buildings. These require single-ply membranes such as TPO or EPDM that handle UV exposure and temperature swings common in the region. Proper attachment to metal decks and sealing around HVAC units, skylights, and exhaust vents prevents water intrusion that can shut down operations below.
Edge cases include older industrial structures with multiple layers of existing roofing that must be assessed for weight and attachment before overlay. Drainage scuppers and internal leaders frequently clog with debris from nearby trees or manufacturing dust, creating ponding that accelerates membrane failure. Ohio building codes require specific wind uplift ratings and insulation values that change with each re-roof project.
Technicians inspect for rust on metal decks, deteriorated flashings at parapet walls, and expansion joint conditions that move with temperature changes. Skipping these checks leads to callbacks within the first year. Work is scheduled around facility operations to limit downtime, with temporary weather protection installed over active production areas.
Technician insight
In Montgomery, the thing that catches most people out with Industrial Roofing is how quickly ponding develops around clogged internal drains on flat roofs once fall leaves and manufacturing dust combine, turning a small leak into deck rust within two seasons if the slope was never corrected during the last overlay.
Warehouse Roof Leak Near Production Line
Water was dripping through a seam near an exhaust fan on a Montgomery industrial building. Inspection showed ponding from a partially blocked scupper and failed flashing at the curb. The crew replaced the flashing, cleared the drainage path, and installed a new TPO patch with welded seams. Production continued uninterrupted and no further leaks appeared after the next heavy rain.
How it works
- 1
Site Assessment
Walk the roof with facility staff to map all penetrations, drainage points, and existing damage while noting access constraints from surrounding equipment.
- 2
Material Selection
Recommend membrane type and thickness based on building use, expected foot traffic, and chemical exposure from nearby processes.
- 3
Preparation and Removal
Remove damaged sections or install overlay after verifying deck integrity and addressing any wet insulation found during inspection.
- 4
Installation and Detailing
Apply new membrane with heat-welded seams, install new flashings at all edges and penetrations, and restore drainage components.
- 5
Final Inspection
Test seams, check slopes, and provide documentation of completed work for facility records.
Pricing
Pricing varies by roof size, existing layers, and access difficulty. Contact Corevex Tech for an on-site evaluation.