Key Features
- Lightweight Assembly: Composite platforms weigh only ~30% of steel equivalents, enabling manual installation in tight spaces.
- Modular Design: Pre-engineered frames and panels require no field welding; adjustable legs and clamps connect to support structures directly.
- Corrosion-Resistant: FRP components endure harsh weather, salt, and chemicals, staying virtually maintenance-free.
- Machinable on Site: Components can be cut with handheld saws; no special equipment needed for fitting during installation.
- Non-Conductive: Eliminates grounding concerns around sensitive telecom electronics.
Benefits
- Reduced Installation Time: Light panels can be carried by two workers; minimal crane use. For example, one church rooftoop platform was assembled in one hour by two people.
- Safety: Fiberglass does not warp or slip, and pultruded grating offers slip-resistant surfaces.
- Adaptability: Easy to reconfigure or expand platform as equipment needs change; custom sizes are possible.
- Lower Total Cost: Fewer site visits needed for painting/repair; no annual corrosion inspections.
Applications
- Equipment platforms on cellular towers, rooftops, and suburban halls.
- Walkways and catwalks in data center and telco shelters.
- Observation decks and maintenance platforms on communication structures.
Technical Specifications
- Material: Pultruded grating panels with vinylester resin (commonly 1" thick grating panels).
- Load Rating: 900–2000 psf live load capacity (depending on panel series) to support heavy equipment.
- Panel Sizes: Often 4×8 ft or 6×12 ft standard panels; custom lengths by splicing FRP members.
- Accessories: Fiberglass handrails, ladder kits, stair treads, and FRP hardware.
Unique Selling Points (USPs)
- Prefabricated Ease: Entire platform assemblies can be built off-site, then lifted into place, minimizing on-site work.
- Lightweight Steel Replacement: Weighs one-third of steel, slashing shipping/handling costs.
- Durability Guarantee: FRP telecom platforms remain corrosion-free for 75+ years even under de-icing chemical exposure.