Addressing Surface Safety & Wear in High-Footfall Zones with GRP Decking Solutions
Urban infrastructure is constantly tested by the pressures of daily public use and nowhere is that clearer than on bridges and pedestrian walkways. At Poole’s Wharf Bridge in Bristol, a key crossing for both pedestrians and cyclists, the surface had become dangerously degraded, especially in wet conditions. Engineered Composites stepped in with a set of GRP solutions specifically designed to meet the site’s complex challenges.
The Challenge: Slip Hazards, Heavy Footfall & Irregular Surfaces
The bridge’s surface had deteriorated significantly over time, creating slip hazards that became even more treacherous in rainy conditions. With thousands of daily users—on foot and bike alike—the materials needed to be both slip-resistant and impact-proof. Add to this the bridge’s bespoke dimensions, and the need for custom-fit, rapid-installation solutions became essential.
The GRP Fix: Tailored Safety for Public Infrastructure
Engineered Composites supplied three complementary GRP solutions:
- Deck 500 Panels: Structural, anti-slip GRP decking with strong load-bearing capabilities.
- Non-Slip Flat Sheets: Installed over worn surfaces to restore traction quickly.
- Non-Slip Decking Strips: Used for edge detailing and visual contrast to guide cyclists and pedestrians.
These were not off-the-shelf fixes. Each solution was fabricated to match the exact layout of Poole’s Wharf Bridge, enabling a seamless fit that avoided lengthy downtime.
Safety First: Surpassing Slip Standards
All GRP surfaces featured quartz grit finishes that exceed BS 7976 slip resistance guidelines. This ensured secure footing in both dry and wet weather, dramatically reducing the risk of slips and falls across the bridge. For a public footpath in the UK’s damp climate, that alone made GRP a standout solution.
Light Work of Heavy Problems
The lightweight nature of GRP was also critical. It enabled installation with minimal disruption to public movement—no need for heavy equipment or road closures. Despite their lightness, these panels are rated up to 5 kN/m² and resistant to UV, frost, and rot, making them perfect for outdoor urban environments.
Custom Build, Fast Fit
From the beginning, time was a factor. Engineered Composites’ ability to deliver fully tailored panel sizes and quick-fix surface sheets ensured the entire process—from prep to final fit—was completed efficiently. Custom lengths, rapid delivery, and easy fixings meant no bottlenecks and no compromises.
Low Maintenance, Long-Term Gain
Unlike timber or steel, GRP requires no painting, sealing, or chemical treatments. That translates to lower upkeep costs and longer service life—an ideal formula for councils and infrastructure partners managing public assets.
Conclusion
The refurbishment of Poole’s Wharf Bridge is a prime example of how GRP technology meets the evolving needs of public infrastructure. When facing worn surfaces, unpredictable weather, and high footfall, engineered GRP solutions provide reliable safety, durability, and ease of installation.
Visit Engineered Composites to explore the full scope of GRP Deck 500, flat sheets, and decking strip solutions.
