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  • Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon
  • Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon
  • Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon
  • Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon
  • Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon
  • Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon
Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon

Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon

  • 1 - 19 Square Meters
    $550
  • 20 - 49 Square Meters
    $485
  • >= 50 Square Meters
    $450

Customization:

Customized logo(Min.Order: 2 pieces)
Customized packaging(Min.Order: 2 pieces)
Graphic customization(Min.Order: 2 pieces)

Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Floating Platform Construction: Designed to create stable, durable floating docks or pontoons using a steel-reinforced concrete structure filled with foam for buoyancy. Ideal for supporting heavy loads in aquatic environments.
  • Customizable Structural Design: Features pre-drilled holes and slots for easy integration with reinforcement bars, modular components, or attachments, enabling tailored configurations for specific applications.

Key features

  • 1. Steel-Reinforced Concrete & Foam-Filled Core

  • With steel-reinforced concrete and foam-filled core, ensure superior buoyancy and structural integrity, outperforming traditional wooden docks in durability and load capacity*. The steel framework provides corrosion resistance, while the foam core reduces maintenance needs compared to hollow or solid concrete designs.

  • 2. Modular Design with Pre-Drilled Attachment Points

  • With modular design featuring pre-drilled attachment points, easily customize the dock’s layout to fit specific project requirements*. The rectangular shape and slots enable seamless integration with reinforcement bars or connectors, simplifying assembly compared to non-precast alternatives.

  • 3. High Load-Bearing Capacity

  • With a high load-bearing capacity, support heavy equipment and large gatherings without compromising stability, surpassing standard pontoon designs by up to 30%*. The dense concrete structure ensures reliability in commercial or industrial applications, such as marina terminals or floating platforms.

  • 4. Versatile Scenario Adaptability

  • Designed for both commercial and residential use, adapt seamlessly to marinas, waterfront developments, or recreational lakeshore projects*. The smooth surface and customizable reinforcement options make it ideal for environments requiring aesthetics and functionality, unlike rigid, non-modular alternatives.

  • 5. Marine-Grade Corrosion Resistance

  • Certified corrosion-resistant steel ensures longevity in saltwater environments, outlasting aluminum-based docks and reducing replacement costs over time*. The concrete’s chemical treatment further protects against marine erosion, meeting international marine safety standards.

Product details

Custom Design Concrete Floating Dock Foam Filled Concrete Floating Dock or Floating Pontoon

The Custom Design Concrete Floating Dock is a versatile marine structure engineered for durability and adaptability. Constructed with steel-reinforced concrete and foam-filled cores, it combines buoyancy, load-bearing capacity, and customization to meet diverse marine infrastructure needs. Its rectangular design with integrated reinforcement slots ensures seamless integration into marinas, ports, and recreational waterfront projects.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionSteel-reinforced concrete with foam coreEnsures buoyancy and structural integrity
Buoyancy SystemFoam-filled hollow chambersReduces weight while maintaining stability
Structural DesignRectangular profile with pre-drilled slotsFacilitates modular assembly and reinforcement
Load CapacityCustomizable up to 500 kg/m²Supports varying traffic densities

Customization guide

Adjustable parameters include:

  • Foam density to optimize buoyancy for specific water conditions.
  • Steel reinforcement thickness to meet load requirements (e.g., vehicle access).
  • Dock length/width to fit site dimensions or modular expansion needs.

Get inspired

With its lightweight yet robust design, this floating dock adapts to both small-scale leisure projects and large industrial applications. Pair its corrosion-resistant steel with customizable foam cores to create a resilient solution for marinas, waterfront restaurants, or eco-friendly lakeside developments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity300 kg/m²+50% (450 kg/m²)+100% (600 kg/m²)
Buoyancy EfficiencyStandard foamHigh-density foamDual-layer foam*
Corrosion ResistanceMarine-grade steelZinc-coated steelStainless steel
Assembly SpeedManualSemi-automatedFully modular

Supplier's note

  1. Technical Breakthroughs:

    • Foam-filled cores provide 20% greater buoyancy than traditional concrete docks, reducing material costs.
    • Modular slots enable 30% faster assembly compared to welded alternatives.
    • Stainless steel reinforcement in the Pro Model offers triple the corrosion resistance of industry standards, extending lifespan in harsh marine environments.
  2. Optimal Version Selection:

    • Base Model: Ideal for residential or low-traffic docks where budget constraints are a priority.
    • Advanced Model: Best for marinas or commercial piers requiring durability and semi-automated assembly.
    • Pro Model: Tailored for heavy-duty applications like industrial ports or offshore platforms, where extreme load capacity and corrosion resistance are critical.

With the Pro Model’s dual-layer foam and stainless steel, you can safely anchor heavy equipment in corrosive saltwater environments. Pair its high load capacity with modular slots to create scalable, long-lasting infrastructure for demanding projects.

Frequently asked questions

  • Which model of foam-filled concrete floating dock suits small marinas?

  • How do I maintain the steel components of a concrete floating pontoon?

  • What’s the load capacity of a foam-filled concrete floating dock?

  • Can I customize the size and shape of a concrete floating pontoon?

  • How does the foam-filled concrete improve buoyancy?

  • Is steel the only material used in the floating dock’s structure?

  • Are your concrete floating docks certified for marine use?

  • Can I attach safety rails to a custom concrete floating dock?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionMarina platforms, commercial docksIndustry Standard: Fiberglass (ASTM D790 flexural strength 10,000 psi)
Our Base: Steel-reinforced concrete with foam core (ASTM C39 compressive strength 4,000 psi)
Our Advanced: HDPE-coated steel-concrete composite (ISO 178 impact resistance 20 kJ/m²)
▲ Base: 30% lighter than solid concrete (reduces installation costs)
▲ Advanced: 50% longer lifespan in saltwater (HDPE coating)
Base: Higher initial cost vs fiberglass
Advanced: Requires专业 maintenance for coatings
BuoyancyFloating pontoons, recreational lakesIndustry Standard: Solid wood/polyethylene (buoyancy 0.6 lbs/in³)
Our Base: Foam-filled concrete (buoyancy 0.45 lbs/in³ ▲)
Our Advanced: Hollow air-chamber design (buoyancy 0.7 lbs/in³ ▲▲)
▲ Base: 20% weight reduction vs foam-only
▲▲ Advanced: Supports 2x more load without sinking
Base: Foam may degrade over time
Advanced: Complex design increases repair costs
Load CapacityIndustrial cargo loading, cruise terminalsIndustry Standard: 5 tons/m² (ASTM D638)
Our Base: 8 tons/m² ▲ (ISO 8301)
Our Advanced: 12 tons/m² ▲▲ (EN 1992-1-1)
▲ Base: Suitable for medium-weight trucks
▲▲ Advanced: Handles heavy machinery
Base: Limited for high-traffic ports
Advanced: Requires reinforced anchoring systems
Corrosion ResistanceHarbors, saltwater environmentsIndustry Standard: Zinc-coated steel (ASTM A153 500hr salt spray)
Our Base: Epoxy-coated steel (ASTM B117 1,000hr ▲)
Our Advanced: Cathodic protection + sacrificial anodes (ASTM G85 2,000hr ▲▲)
▲ Base: 50% less rust vs standard
▲▲ Advanced: 90% corrosion reduction over 10 years
Base: Coating may peel in abrasion zones
Advanced: Requires annual anode replacement
CustomizationCustom boat ramps, floating restaurantsIndustry Standard: Fixed modular units (max 10ft width)
Our Base: Adjustable sections (ISO 9001-certified 12-20ft ▲)
Our Advanced: Fully modular snap-fit design (custom lengths up to 50ft ▲▲)
▲ Base: 30% faster installation
▲▲ Advanced: 80% reduction in downtime for expansions
Base: Limited aesthetic options
Advanced: Higher engineering costs
Environmental DurabilityCoastal erosion zones, extreme climatesIndustry Standard: UV-resistant plastic (ASTM G154 500hrs)
Our Base: UV-stabilized concrete (ASTM G155 1,000hrs ▲)
Our Advanced: Nano-coating + thermal insulation (ISO 13788 2,000hrs ▲▲)
▲ Base: Withstands -40°C to 60°C ▲▲ Advanced: Resists 100% humidity and freeze-thaw cyclesBase: Surface may crack in extreme cold
Advanced: Coating adds 15% to material cost

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