Sustainable Composite Docks
and Bridges

We create durable, safe docks, bridges, and walkways with a lifespan of over 50 years. Our advanced materials require minimal maintenance and avoid harmful treated wood.

Our mission.

Design and supply premium composite docks, golf course bridges, beach accesses, boardwalks and trail bridges that minimize the environmental impacts of traditional pressure-treated wood while greatly extending its life and reducing the total lifetime cost of ownership. We accomplish this through product innovation and focused awareness of site working conditions and the setting, topography, and environment being crossed.

features of dock image

Our design.

Features of our materials

  • 100% composite structures…absolutely no wood

  • Inert materials –no CCAs or other toxic to potentially harm the environment or users

  • Maintenance-free structures…no painting, repairing or replacing rotten wood

  • Slip-resistant deck surfaces that meet ADA requirements even when wet

  • “Cool touch” heat-reflective options available

  • Eight natural earth-tone colors to blend with the surroundings

  • Only use 316 stainless steel connectors

  • Low thermal expansion eliminates the weakening of connectors.

As required, our designs utilize frames made of pultruded Fiber Reinforced Polymer (FRP) engineered parts manufactured by Bedford Reinforced Plastics of Bedford, Pennsylvania. These structures can be shipped unassembled for field erection or fully factory assembled for quick setting on their foundations.


For decking and handrails, we rely on manufactured “woods” featuring HDPE wrapped in fiberglass Wear Deck made by Owens Corning. Like pure fiberglass, these “composite” materials are 100% corrosion-resistance. They will not rot, decay, splinter, crack or degrade over the products life and outperform any alternative in the industry.


Where pile supports are required, we rely on several fiberglass and fiberglass-reinforced options. We even offer an option to repair, extend life, and help protect weakened existing wood or concrete piles.