Real application photographs and project selection notes
Platform, Ramp and Walkway Applications
Corrosion-Resistant FRP Grating for Industrial Access
Key points for project evaluation
Real-World Application Examples
NA-ME FRP gratings are used for platforms, ramps, walkways and raised floors in factories, water-treatment plants, chemical and mining facilities, shipyards, food plants and infrastructure projects. Lightweight panels simplify handling, on-site cutting and installation.
The photographs below show applications in different site conditions. Load, span, chemical exposure and installation details should be verified separately for each project.
How to Select Platform Grating
Concave or gritted slip-resistant surfaces support safer access in wet and chemically aggressive areas. Resin system, panel depth, support span and fixing details should be evaluated together against the project loads and operating environment.
The panel used on industrial platforms and walkways is commonly called platform grating on site. Three factors lead the selection: support span, the load crossing the panel, and whether the surface will be wet or oily. Greater spans generally require a deeper panel such as h38 or h50; concave or gritted finishes are considered where the surface may be slippery.
For products, mesh sizes and panel dimensions, review the FRP grating product range .
Site Details for Platform and Ramp Installation
After the panel selection is defined, the following site details require attention. They directly affect service life and pedestrian safety; if missed during design, they can create extra site work and delay.
- Panel direction. Place the grating so its strong direction runs perpendicular to the support beams. Installing it in the wrong direction increases deflection; verify support spacing and panel direction together during design.
- Ramp gradient. Composite grating can be used on sloping ramps. Define the gradient and suitable concave or gritted surface from the project data; the need for slip resistance increases as the slope becomes steeper.
- Edge profile and toe plate. Fit a toe-plate profile to open platform edges to stop objects passing into the void; the same profile can assist with edge restraint.
- Fixing clips. Secure panels to the support profile with clip-type mechanical fixings. This avoids welding and allows panels to be removed and refitted quickly on site.
- Pedestrian intensity. A gritted surface can be considered for primary routes with heavy pedestrian traffic and surface wear, while a concave surface may suit lower-traffic secondary platforms.
THE NA-ME PROJECT APPROACH
Panel, surface and fixing details are resolved together
Share the support span, design load, ramp gradient, pedestrian intensity and operating environment so the solution can be reviewed as one system rather than from panel dimensions alone.
Continuous, Draining Access in Wet Process Areas
In water-treatment, wastewater and food facilities, a walkway is more than a crossing surface: safe equipment access, drainage through the open mesh and regular cleaning must be considered together. Verify panel depth, support span and surface against the site data.
Open mesh helps reduce standing water on the walking surface. In wet-process areas, compare concave and gritted finishes against the cleaning method and pedestrian intensity.
Chemical, Industrial and Marine Environments
Chemical plants, mining sites, shipyards and marine access routes cannot be specified from the visible surface alone. Review resin system, chemical exposure, salt and moisture, outdoor conditions, design load and fixing material together.
FRP grating does not rust like steel or rot like timber, and it does not require periodic repainting or corrosion treatment. Routine cleaning and visual inspection of panels, supports and fixings should still continue for safe operation.
Route Continuity, Colour and Pedestrian Intensity
Coloured panels can help distinguish primary walkways from secondary access routes and make site organisation more visible. Continuing the selected surface across level platforms, landings and ramps supports a consistent transition and appearance.
Compare the more aggressive traction of a gritted finish on high-traffic routes with the easier cleaning of a concave finish on lower-traffic access points.
Frequently Asked Questions
In which direction should platform grating be installed?
Install the panel so it works in its strong direction, perpendicular to the support beams. Verify support spacing and panel direction together during design.
Does a ramp require a different grating family?
No. The same panel family can be used on sloping surfaces; select the gradient and surface from the project data. Continue the same surface across the transition between the level platform and the ramp.
How should falling-object risk be controlled at open platform edges?
Fit a toe-plate profile along the grating edge to stop objects passing into the void. The same profile also contributes to edge restraint.
Is the panel welded to the support?
No. Clip-type mechanical fixings secure the panels without welding and allow them to be removed and refitted on site.
Discuss your project with our technical team
Share your project data to evaluate the panel, surface, resin and fixing details.
Contact details →