manufacturing plants floors built for Columbus
Columbus manufacturers run oil, coolant, and heavy impact across plant floors all day. The industrial buildings off Frank Road and the south-side corridors run presses, CNC machines, and assembly lines that leak fluids and drop tooling on bare concrete. The slab stains, etches where spills sit, and dusts under constant traffic. A floor without clear zone marking mixes forklifts, pedestrians, and equipment, and the lack of ESD control in assembly areas creates static risk for sensitive electronics. A chemical-resistant epoxy system seals the slab, resists the fluids your plant runs, and takes zone-striping for traffic and safety. We connect Columbus plant managers with a vetted local installer who phases the work so production keeps running.
Quick facts about manufacturing plant floors
- Oils, coolants and cleaning chemicals soak into bare concrete — a chemical-resistant epoxy with an oil-tolerant primer is the baseline.
- Forklift impact and machine drops gouge the slab; a high-build body coat absorbs that abuse.
- OSHA-style zone striping separates forklift lanes from pedestrian paths and keeps traffic organized.
- Plants with hot washdowns or thermal shock need urethane cement, not standard epoxy.
- Light foot traffic in ~24 hours; full traffic in 48-72 hours.
Typical manufacturing plants projects in Columbus
These are examples of the kinds of jobs we handle — not real client cases. Your floor gets its own free walk-through and written estimate.
Frank Road machine shop
~22,000 sq ft · Two shifts
- The problem
- Cutting fluid and coolant had stained and etched the bare slab. Tool drops had gouged the concrete, and the floor lacked zone striping for forklift and pedestrian traffic.
- Recommended system
- Chemical-resistant epoxy with an impact-resistant topcoat, ESD control in the inspection area, and OSHA zone striping.
- Install plan
- Grind out fluid contamination, prime with a chemical-tolerant primer, coat section by section so the shop keeps running, stripe zones after cure.
- Downtime approach
- Sectioned — one production cell at a time, the rest keeps running.
South-side assembly plant
~50,000 sq ft · 24/7
- The problem
- Oil drips from CNC machines had soaked into the slab. The assembly line had no ESD control, and static was damaging sensitive components.
- Recommended system
- ESD epoxy with a conductive grid, chemical-resistant body coat, and zone striping.
- Install plan
- Grind and test for moisture, install the conductive grid, coat in phases by production cell, stripe after cure.
- Downtime approach
- Phased by cell — one line at a time, the rest keeps producing.
Industrial fabrication shop
~18,000 sq ft · Day shift
- The problem
- Welding spatter and heavy-impact drops had gouged the bare concrete. Oil staining was spreading from the equipment bays.
- Recommended system
- High-build epoxy with an abrasion-resistant urethane topcoat and zone striping.
- Install plan
- Grind out gouges and spatter damage, prime, coat in four sections over a long weekend.
- Downtime approach
- Four sections — one per day, the shop stays usable throughout.
Planning your install in Columbus
Columbus manufacturing plants run on tight production schedules, so we phase the install by production cell and schedule around your shift pattern. We sort which cells can go down on which days before anything else. ESD and zone-striping layouts get locked in during the walk-through because they affect how the coating is sequenced. Winter installs are fine in a heated plant, but we measure the slab — a cold slab under warm air slows cure and weakens bond, so we verify before we coat. If your building is leased, landlord approval goes in the walk-through notes.