FRP Gratings

Superior Corrosion Resistance:Immune to salt, moisture, acids, and harsh industrial effluents.

Strength-to-Weight Ratio:Significant load-bearing capacity while remaining much lighter than steel counterparts.

Slip Resistance:Available with grit-top surfaces or molded patterns for maximum traction in oily or wet areas.

Electrical & Magnetic Safety:Non-conductive and non-magnetic properties, ideal for high-voltage and sensitive electronic zones.

Low Maintenance:Zero requirement for painting, sandblasting, or galvanized coating over its entire lifespan.

Molded Gratings:Bidirectional strength with high impact resistance, perfect for pedestrian traffic and light-duty platforms.

Pultruded Gratings:High-glass content strands for superior unidirectional load-bearing capacity in heavy-duty applications.

Covered Gratings:Standard grid panels with a solid top cover to prevent small objects from falling through and provide a smooth surface.

Chemical & Wastewater:Walkways and platforms exposed to corrosive chemicals and constant moisture.

Marine & Offshore:Saltwater-resistant flooring for docks, marinas, and oil rigs.

Power Generation:Non-conductive flooring around cooling towers, transformers, and sub-stations.

Food & Beverage:Sanitary, slip-resistant surfaces that withstand aggressive cleaning agents and spills.

Zero Rusting:Unlike steel or aluminum, FRP does not oxidize or degrade in humid environments.

Reduced Installation Costs:Lightweight panels can be easily cut and installed without heavy lifting equipment or welding.

Fire Retardancy:Manufactured with specialized fire-retardant resins to meet strict industrial safety codes.

UV Stability:Engineered to withstand direct sunlight exposure without becoming brittle or fading.

Resin Choice:Selection between Polyester, Vinyl Ester, or Phenolic resin based on specific chemical exposure.

Load Profile:Determining whether molded (uniform load) or pultruded (span-specific load) is required.

Environmental Grade:Choosing UV-stabilized or fire-rated versions based on the specific facility risks.