Unifloat®

Product catalog summary

Overview
The Unifloat® dock system is renowned for its strength, durability, and customization options. It is designed to offer flexibility and value, making it a popular choice for marinas worldwide.

Key Features

Structural Walers: These distribute loads along the dock, providing resistance to shear, bending, and fatigue. They include cutting-edge FRP options for enhanced durability.
Structural Frames: High-strength frames connect critical joints, with new hidden-frame options to maximize space.
Six-Sided Concrete Modules: These modules offer superior strength and resistance to twisting compared to open structures.
Internal Utility Raceway: Hidden PVC raceways allow for easy installation and servicing of utilities, accommodating the power needs of superyachts.
Flush-Mounted Junction Boxes: These provide easy access to utility lines, with optional concrete lids for a seamless look.
EPS Foam Core: Encased in concrete, this material is chosen for its density, strength, and low water absorption.
Single Piece Fingers: These enhance stability and reduce the need for piles.
Round Finger Ends: Optional design that enhances aesthetics and ease of boat docking.

System Benefits

Modular Components: Allow for easy reconfiguration to adapt to changing requirements and market conditions.
Stable Connections: Multiple connection points increase strength and minimize failure risks under extreme loads.
Fatigue-Resistant Walers and Rods: FRP thru-rods prevent corrosion and maintain tension, ensuring easy maintenance and reconfiguration.
Monolithic Float Modules: Cast in a single pour, these modules are durable and environmentally beneficial, resembling artificial reefs.

Quality and Environmental Impact

Quality Assurance: ISO 9001 or PCI certified manufacturing ensures high standards and cost efficiency.
Environmental Benefits: Concrete structures support marine life, clean water, and stabilize shorelines.
Sustainability: Concrete docks have a low carbon footprint, long service life, and are recyclable.

Technical Specifications

Concrete compressive strength of 4,000 psi or greater.
Reinforced with corrosion-resistant FRP or coated steel.
EPS foam core with a maximum absorption rate of 3% by volume.
Heavy-duty FRP or steel thru-rods.
Available in galvanized, stainless steel, or aluminum weldments.

Catalog excerpts

Next Generation Concrete Dock Systems The world’s most popular dock system is stronger, longer lasting, and more customizable than ever.

Open the catalog to page 1

FLEXIBILITY AND VALUE Standardized modular components offer tremendous flexibility to optimize the potential of the site. Unifloat® marinas can be easily reconfigured as requirements and market conditions change. Unifloat® is engineered for efficiency, value and user comfort. A well-designed Unifloat® marina is a pleasure to be in. The solid stability of the docks is appreciated by all. Boaters are also attracted by next-generation options such as rounded finger ends that make leaving and returning to the slip stress free. 5 4 STRUCTURAL WALERS Walers distribute loads along the length of the...

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MONOLITHIC FLOAT MODULES Float modules are cast monolithicaNy in a single pour and covered in concrete on all 6-sides. This creates a structure that is stronger, more durable, and presents a habitat to marine life similar to an artificial reef on the underside of the dock. FATIGUE-RESISTANT WALERS AND RODS The proven waler and thru-rod connection method is optimum for marine environments. State-of-the-art FRP thru-rods eliminate corrosion and hold tension to prevent loosening. The system is easy to maintain, repair or reconfigure. INTERNAL UTILITY ROUTING Cast in raceways provide maximum protection...

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CONTINUOUS EVOLUTION FOR QUALITY AND STRENGTH * Acclaimed waler system, the optimum structural connection for marine environments. * Solid concrete on all six sides provides the ultimate integration of deck and float module. * Concrete compressive strength 4,000 psi or greater. * Concrete reinforced by corrosion-resistant FRP or galvanized or epoxy-coated steel. * Highest quality EPS foam core rated at low 3% by volume maximum absorption rate. * Heavy-duty FRP or steel thru-rods. * Hot-dipped galvanized, stainless steel or aluminum weldments. QUALITY ASSURANCE PROTECTS YOUR INVESTMENT Strict...

Open the catalog to page 4