Better marine decking starts with better engineering


Combined with precision molding, UV protection, integrated non-slip surfaces and purpose-built panel designs, this technology helps SunWalk® deliver the strength, durability, safety and manufacturing consistency required for life on the waterfront.


What Is SunWalk® Microcellular Core Technology?

During manufacturing, a controlled cellular structure is created within the core of each SunWalk® panel. This structural-foam molding process helps reduce molded-in stress while producing a strong, lightweight decking panel with excellent impact resistance and dimensional stability.

Unlike natural wood, precision-molded SunWalk® marine decking isn’t subject to the same variations, splintering, rot, curling and cupping associated with lumber. Consistent dimensions and exceptional flatness also provide dock manufacturers and installers with predictable fit and repeatable results.

The result is marine decking engineered to be strong enough for demanding waterfront applications, yet lightweight enough to make handling and installation easier.

Precision Manufacturing for Better Dock Building

SunWalk® panels are precision molded to provide consistent dimensions, flatness and quality from panel to panel. For dock manufacturers, builders and installers, that consistency means less variability during assembly and more predictable installation.

Lightweight construction, larger panel options and fewer required fasteners can further reduce handling and installation time compared with traditional individual deck boards.

— Perfectly Engineered

Engineered for Demanding Waterfront Environments

Docks and marinas face constant exposure to sunlight, water, changing temperatures, heavy use, waves and severe weather. SunWalk® decking combines Microcellular Core Technology with UV protection and impact-resistant construction to provide dependable long-term performance in these demanding environments.

Our products are engineered for residential docks, commercial marinas, piers, waterfront walkways and other applications where durability, safety and low maintenance matter.

Safe, Comfortable Non-Slip Marine Decking

SunWalk® incorporates non-slip surface technology designed specifically for waterfront use, providing comfortable and secure footing in wet and dry conditions.

The 90-Series features a precision laser-etched, 360° non-slip surface and ADA-compliant design, making it particularly well suited to marinas, commercial docks, public waterfronts and other applications where accessibility and secure footing are priorities.

SunWalk® 90-Series →

45% Open-Surface Marine Decking

SunWalk® 90-Series and 45-Series feature a 45% open-surface design that allows sunlight to pass through the decking to the aquatic environment below.

The open design also lets water move through the decking rather than forcing the entire dock surface to resist it, helping reduce hydraulic uplift from waves, storm surge, and high water.

For waterfront projects where light penetration, water movement and storm performance matter, SunWalk® provides an engineered alternative to traditional solid-surface decking.

Low-Maintenance Decking Built for the Waterfront

SunWalk® marine decking requires no painting or staining and won’t splinter or rot like traditional wood decking. UV protection and durable, precision-molded construction help maintain appearance and performance through years of waterfront use.

Dock owners

For dock owners, that means less time maintaining the dock.


Manufacturers & installers

For manufacturers and installers, it means a consistent, purpose-built decking system.


Everyone on the waterfront

And for everyone using the waterfront, it means more time enjoying it.

Better Decking By Design


SunWalk® brings together marine-focused engineering, proprietary manufacturing technology and purpose-built product design to create decking that’s better to build with, better to own and better to enjoy.

Discover the SunWalk® difference and see how our marine decking can help you build a better waterfront.