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Commercial traffic

Commercial epoxy for forklifts and trolleys: defining the traffic brief

Give your flooring installer the wheel types, loads, turning patterns and loading-point details needed to assess a commercial epoxy traffic specification.

3 min read

The short version

Specify the traffic, not simply “heavy duty”. Wheel contact, turning, impact and slab capacity need separate consideration before a coating is selected.

A vehicle name is not a traffic specification

Forklifts and trolleys are named in the commercial epoxy flooring service, but that does not mean every resin build suits every vehicle. A lightly loaded trolley on soft wheels and a loaded forklift making repeated tight turns impose very different demands.

Provide equipment data rather than describing the space only as a warehouse. Include the loaded operating weight, wheel material, wheel size and frequency of movement. The installer can then assess the proposed coating while the relevant building professional confirms that the slab itself is suitable for the loads.

Map turning, braking and standing loads

Straight travel spreads use along a route. Tight turning, braking and repeated manoeuvring concentrate stress in small areas. Mark aisle ends, loading docks, lift approaches and places where a trolley regularly pivots on one wheel. Include any locations where equipment stands under load for long periods.

A route plan often reveals a few high-demand points within a much larger floor. Those points may need a different detail or protection strategy. Do not assume a stated average floor thickness alone explains how the finish will behave at a loading edge or repeated turning station.

Inspect wheels and transitions as part of the brief

Damaged wheels, embedded grit and metal edges can damage a coating regardless of its intended traffic rating. Tell the installer about pallet jacks, cages, dropped loads and any equipment that may drag. Ask operations staff which routes are most troublesome now; they often know more than the layout drawing shows.

Joints and thresholds are important because wheels repeatedly strike their edges. Confirm how movement joints, drain covers and changes in level will be handled. A seamless visual field should not mean burying a joint that needs to function or leaving an unsupported coating edge under a hard wheel.

  • List equipment, loaded weights and wheel details.
  • Mark traffic frequency, turning points and braking zones.
  • Identify impact, dragged loads and concentrated standing loads.
  • Check joint and threshold details with the project team.

Agree on acceptance and operational care

Ask what the complete coating system is intended to tolerate and what falls outside that brief. Confirm the release milestone for loaded equipment separately from pedestrian access. If a new machine or heavier load is introduced later, reassess suitability rather than assuming the original specification still applies.

Keep wheel maintenance and grit removal in the operating plan. At handover, record the system, expected limitations and the process for reporting wear at concentrated traffic points. This turns a broad heavy-duty claim into a floor specification tied to the actual operation without promising an indestructible surface.

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