Floating Pontoon Platform Walking Dock

Floating Pontoon Platform Walking Dock

Description:

A floating pontoon platform walking dock is a versatile structure designed to provide a stable and secure platform for pedestrians to walk on while on the water. It consists of a series of interconnected pontoons that are buoyant and float on the surface of the water. These pontoons are typically made of durable materials such as high-density polyethylene (HDPE) or reinforced concrete.
The floating pontoon platform walking dock is specifically designed to withstand the challenges of being in a marine environment, including water currents, waves, and fluctuating water levels. The modular nature of the dock allows for flexibility in its size and configuration, making it adaptable to various waterfront locations and purposes.
The surface of the dock is typically covered with a non-slip material to ensure safe and secure footing for pedestrians. It may also include additional features such as handrails, cleats for boat mooring, and fender systems to protect both the dock and any adjacent vessels from potential damage.
The floating pontoon platform walking dock serves multiple purposes and can be utilized in various settings. It can be used as a pedestrian walkway or a floating bridge, providing access over bodies of water, marinas, or harbors. It can also serve as a platform for recreational activities such as fishing, swimming, or sunbathing.
Due to its modular design, the floating pontoon platform walking dock is relatively easy to assemble, disassemble, and relocate. This feature makes it a practical choice for temporary installations or areas where water levels fluctuate significantly.

Product Installation:

Technical Specifications:

Material: HMWHDPE

Single cube Size: 500*500*400mm

Gross Weight: 7kg±0.2kg

Bearing Capacity:≤350kg/m²

Color: Blue, orange, gray, black, brown, yellow

Product advantages:

The main diagonal of floating body connection lugs can sustain tension than similar products at home and abroad (2000 Dan), ensure no deformation, fracture; There are two types of channels, which are designed to be compatible with GIGS components and crystalline silicon components of different lengths.

Project Case: