warehouses & distribution floors built for Etna
Etna sits on the eastern edge of the Columbus logistics corridor along US-40 and the Route 16 area, and its distribution buildings handle heavy freight traffic feeding the freight routes east. Forklifts and pallet jacks cross those slabs all day, and bare concrete dusts, cracks at the joints, and stains where trailers load. The dust coats stored inventory, the joint damage spreads under heavy wheel loads, and a floor without traffic lanes mixes forklifts and people on foot. A high-build epoxy or polyaspartic system seals the slab, eliminates the dust, and stands up to 24/7 warehouse operations. We connect Etna facility managers with a vetted local installer who phases the install so freight keeps moving.
Quick facts about warehouse & distribution floors
- Forklifts and pallet jacks are the main wear source — the system needs a high-build body coat and an abrasion-resistant topcoat.
- Concrete dust is a product-contamination risk; sealing the slab stops it at the source.
- Expansion joints and cracks should be repaired with a rigid polyurea filler before coating, or the coating cracks along the joint line.
- Built-in OSHA line striping for forklift lanes and pedestrian paths lasts far longer than taped lines.
- Light foot traffic in ~24 hours; full forklift traffic in 48-72 hours (faster with a polyaspartic topcoat).
Typical warehouses & distribution projects in Etna
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.
US-40 corridor distribution warehouse
~65,000 sq ft · 24/7
- The problem
- Round-the-clock forklift traffic had gouged and dusted the slab. Joints were spalling under heavy wheel loads, and the floor lacked formal lane striping.
- Recommended system
- High-build epoxy with polyurea joint repair, polyaspartic topcoat, and OSHA forklift-lane striping.
- Install plan
- Grind and repair joints, coat aisle by aisle so the warehouse keeps running, stripe forklift lanes after cure.
- Downtime approach
- Aisle by aisle — the warehouse operates continuously.
Route 16 light-industrial warehouse
~22,000 sq ft · Day shift
- The problem
- Delivery-vehicle oil had stained the dock approach and the bare slab was dusting onto packaged goods on the shelves.
- Recommended system
- Chemical-resistant epoxy with an oil-tolerant primer at the dock.
- Install plan
- Grind out oil contamination, prime the dock, coat the full floor in three sections.
- Downtime approach
- Three sections — one per day, dock stays usable.
Returns and fulfillment warehouse
~14,000 sq ft · Day shift, peak evenings
- The problem
- Cart traffic had polished the slab slick. The floor had no marked pick paths and the congestion was slowing the packing line.
- Recommended system
- High-build epoxy with a polyaspartic topcoat and a pick-path stripe.
- Install plan
- Grind, coat in two sections over a weekend, stripe pick paths and packing zones after cure.
- Downtime approach
- Two sections — full traffic restored Monday.
Planning your install in Etna
Etna distribution buildings run on tight freight schedules, so we sort the aisle sequence and dock availability before anything else. We schedule around your shift pattern and lock in which doors can close on which days. Winter work is fine in a heated building, but we measure the slab — not just the air — because a cold slab slows cure and weakens bond even when the room is warm. If your building is leased, landlord approval goes in the walk-through notes. We confirm any fire-marshal striping requirements before install day so there are no last-minute surprises.