Description
Modular Floating Dock Connector
The Pin Screw is the primary connecting component for modular floating dock systems, designed to securely join adjacent dock cubes and form stable, unified platform structures. Engineered as the core fastening element, this connector enables quick assembly of floating docks, jet ski platforms, boat sliders, and waterfront walkways of any size or configuration.
Manufactured from UV-stabilized, marine-grade high-density polyethylene (HDPE), the Pin Screw is resistant to corrosion, saltwater, chemicals, UV degradation, and extreme weather conditions. Its rotationally molded construction delivers superior strength while the wide anti-slip head ensures a flush, safe walking surface across cube joints.
The threaded shaft design allows the Pin Screw to pass through the integrated connection lugs on dock cubes, securing with sliding nuts or lug connectors to create a robust interlocking system. This engineering provides structural rigidity while allowing controlled flexibility to absorb wave motion and changing water conditions.
Key Features
- Heavy-Duty HDPE Construction – Rotationally molded for maximum strength and durability
- UV & Corrosion Resistant – Engineered for long-term freshwater and saltwater use
- Anti-Slip Head Surface – Textured top for enhanced safety when walking across joints
- Flush-Mount Design – Wide head sits level with cube surface for seamless transitions
- Tool-Free Assembly – Designed for quick, hand-tightened installation
- Low Maintenance – No painting, rusting, or degradation over time
Applications
- Primary connector for modular floating dock cube assembly
- Jet ski dock and PWC port construction
- Boat slider and drive-on dock systems
- Swimming and leisure platform builds
- Commercial marina and waterfront walkway installations
- Residential waterfront dock projects
The Pin Screw provides a reliable, maintenance-free connection solution for modern modular floating dock construction, delivering secure cube-to-cube joints and long-lasting platform stability in demanding marine environments.
