TPO Roofing
Welded white membrane for the open field away from exhaust, often over tapered insulation and cover board.
TPO Roofing details
Industrial Roofing · Florence, KY
Florence Industrial Roofing Contractor
Protect Your Plant Roof Against Exhaust, Foot Traffic, and Ponding
As a Florence industrial roofing contractor, we roof plants, process buildings, and distribution centers in sections while production keeps running below.
- Buildings
- Plants and Distribution
- Details
- Exhaust, Joints, Curbs
- Work Plan
- Phased Around Shifts
Is Your Plant Roof Ready for Phased Replacement?
A Florence industrial roofing contractor sorts out what lands on the roof and what the deck can carry before picking a membrane. These lists show the two sides of that check.
Ready to Plan When
- Exhaust from each fan and hood is identified
- Production schedules show which bays can be worked when
- Crane pick points and debris chutes have a place
- Expansion joints and area dividers are mapped
- Hot work rules near dust or flammables are known
Engineer Review First When
- New RTUs, solar, or pipe racks are planned
- Ponding sits around existing heavy units
- The deck sags between joists
- Deck rust shows from inside the plant
- Equipment was added over decades without a load check
What a Florence Industrial Roofing Contractor Sees on Plant Roofs
Plant roofs wear in ways retail roofs rarely do. The chip on each shows how quickly it needs a crew.
- Repair First
Membrane Damage at Exhaust Fans
Oils, solvents, and acid mist each attack membranes differently. Softened or swollen sheet around a discharge zone means that area needs a resistant membrane or pads.
- Watch
Worn Paths to Equipment
Daily service traffic to fans, hoods, and pipe racks scuffs and punctures the membrane. High-density cover board and walkway pads take that wear.
- Repair First
Torn Expansion Joint Covers
A long building grows and shrinks with temperature. Bellows and flexible covers split with age, and water drops straight into the plant.
- Call Now
Leaks Above Production Lines
Water over machinery or product can stop a line. Large curbs, hoods, and pipe penetrations above process areas get checked first on every walk.
- Repair First
Ponding Around Heavy Units
Puddles collecting around older rooftop units hint at deck deflection. That needs a structural look before more weight goes up.
- Watch
Damaged Flashing From Equipment Swaps
New units set by crane often leave curbs half-flashed. Each swap should end with the curb welded into the membrane and a cricket upslope.
What Florence Industrial Roofing Work Protects
The right plant roof protects three things: the roof assembly itself, the operation inside, and the long-range maintenance budget.
On The Roof
Membranes Matched to Exhaust
Resistant sheets or protective pads around each discharge zone stop oils and chemicals from softening the roof.
Joints That Move Freely
Raised expansion joint curbs with flexible covers let the structure move without tearing the field membrane.
Inside The Building
Production Stays Dry
Sections sealed every evening keep water off machinery, product, and electrical gear while the roof is replaced.
Cleaner Air at Intakes
Odor and fume control at RTU fresh-air intakes is planned with plant staff before adhered work starts.
For Planning And Budget
Work Scheduled Around Shifts
Crane picks and noisy fastening are timed outside shift changes and busy shipping windows.
Equipment Changes Built In
New curbs and rails go in during the reroof, flashed and sloped, instead of being cut into a new roof later.
Industrial Roofing Options for Florence Plants
Plant roofs often use more than one product. The table shows which goes where.
| Roof Area | Common Choice | Why |
|---|---|---|
| Open field away from exhaust | TPO or EPDM | Wide sheets, few seams, lower cost per square foot |
| Around grease or oil exhaust | PVC or protective pads | Better resistance to oils and grease |
| Service paths | Walkway pads over cover board | Takes boots, carts, and dropped tools |
| Expansion joints | Raised curb with flexible cover | Lets the building move without tearing |
| Exhaust stacks | Taller curbs with drainage | Keeps condensate off the flashing |
Leak Dripping Onto a Production Line?
Call with the bay or column line and what sits below the water. We will start at the curbs and hoods above it.
Call UsHow a Plant Roof Gets Replaced
Phased work that keeps production running, from the first survey to the last expansion joint.
1
Inspect Your Roof
The survey maps every fan, hood, pipe rack, curb, expansion joint, and drain. Cores show the insulation, and the underside of the deck is checked from inside for rust.
2
Identify What Lands On It
Plant staff help name what each exhaust carries. Manufacturer chemical resistance charts then set which membrane or pad goes in each discharge zone.
3
Phase Around Production
Roof areas are scheduled with plant management around hot work rules, intake fumes, crane picks outside shift changes, and debris routes clear of docks.
4
Install In Daily Sections
Crews open, insulate, and seal one section at a time. Temporary tie-ins at the end of each day join the new roof to the old at the edge of the work.
5
Flash Joints And Equipment
Expansion joints get raised curbs and flexible covers. Large curbs, rails, and stacks get custom flashing, with crickets on the upslope side of each unit.
Related Systems on Industrial Buildings
Most plants mix systems. These pages cover the pieces that show up on industrial roofs.
Commercial Metal Roofing
Standing seam and R-panel roofs on process bays, shops, and storage buildings around the plant.
Commercial Metal Roofing details
Commercial Roof Repair
Leak tracing and flashing repairs at fans, hoods, and expansion joints between full replacements.
Commercial Roof Repair detailsIndustrial Roofing Questions From Plant Managers
The five industrial questions from the owner file, answered for Florence plants.
What makes industrial roofing different?
Plant and distribution roofs face heat, exhaust, chemical fallout, heavy equipment, and constant service traffic. A roof over a production line carries fans, ductwork, hoods, and pipe racks that a retail roof rarely sees, so the assembly uses thicker membranes, high-density cover boards, walkway pads, resistant sheets near exhaust, and phased work around production.
Which membrane holds up near exhaust fans and chemical fallout?
The one rated for what actually lands on the roof, so the first step is identifying the exhaust. Grease, oils, solvents, and acid mist each attack sheets differently, and manufacturers publish resistance charts. Plants often run one membrane on the field and a resistant sheet or pads around each discharge, with grease boxes and taller stack curbs.
How do you roof an operating plant while production continues?
In small sections that are opened, insulated, and sealed before the crew leaves, so every night ends watertight. Planning with plant management covers hot work near flammables and dust, intake fumes, crane picks outside shift changes, and debris chutes away from docks. Temporary tie-ins seal the new roof to the old at the edge of each day.
Can the deck carry new RTUs, solar, or heavier equipment?
That is a structural question for an engineer, and we flag it before new curbs or rails go in. Steel decks on bar joists have set load limits, and older plants added weight over decades. Ponding around units, sagging between joists, and deck rust seen from inside are warning signs. New equipment gets flashed curbs and crickets.
How do expansion joints and long roof runs affect large roofs?
Long buildings move with temperature, and a membrane stretched across that movement tears. Raised expansion joint curbs carry flexible covers or bellows high enough to stay dry, and area dividers break big fields into sections. Drains near joints get extra attention because the joint can tilt the deck and shift where water collects.
Hire a Florence Industrial Roofing Contractor
Tell us what the plant makes, what vents onto the roof, and when bays can be worked. We will survey it and plan the phases.