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Our Concrete Pontoons are engineered for high-performance marine applications, providing a stable, durable, and long-lasting floating foundation for docks, piers, and waterfront structures. Manufactured through a reinforced concrete casting process and paired with a polystyrene foam core, each pontoon delivers industry-leading buoyancy, structural strength, and resistance to harsh marine conditions.
Designed for commercial marinas, fuel docks, and floating buildings, this pontoon system ensures reliable performance with minimal maintenance, even under demanding weather and tidal forces.
| Specification | Value |
|---|---|
| Concrete Structure | Reinforced prefabricated concrete |
| Design Load | 2.5–5 kN/m² |
| Freeboard Height | 30–80 ± 5 cm |
| Core Material | High-buoyancy polystyrene foam |
| Weather Performance | Frost-resistant, corrosion-resistant |
| Embedded Utilities | Pre-installed conduits for water & electricity |
| Inspection Features | Integrated inspection chambers |
High Structural Strength
Reinforced concrete construction enables superior load capacity and long-term mechanical stability.
Modular Configuration
Units can be assembled, expanded, or integrated into existing marina layouts with ease.
Pre-embedded Utility Channels
Conduits for power and water lines allow effortless installation of marine services.
Enhanced Safety and Convenience
Inspection chambers simplify maintenance and system monitoring.
1. How long do concrete pontoons last?
With proper installation, concrete pontoons can operate for 25–50 years thanks to corrosion-resistant materials and robust structural engineering.
2. Can the pontoon system be customized?
Yes. Dimensions, load capacity, freeboard height, deck finishes, and service conduits can all be customized based on project requirements.
3. Are concrete pontoons suitable for rough seas?
Absolutely. The reinforced concrete shell combined with a buoyant foam core ensures excellent performance in windy, tidal, and high-wave environments.
4. Is maintenance required?
Maintenance is minimal. Routine inspections of utilities and connectors are recommended, but the structure itself requires little upkeep.
5. Can utilities like fuel, water, and electricity be integrated?
Yes. Each pontoon includes pre-embedded conduits to support marina fuel systems, water supply, and shore-power installations.
Our Concrete Pontoons are engineered for high-performance marine applications, providing a stable, durable, and long-lasting floating foundation for docks, piers, and waterfront structures. Manufactured through a reinforced concrete casting process and paired with a polystyrene foam core, each pontoon delivers industry-leading buoyancy, structural strength, and resistance to harsh marine conditions.
Designed for commercial marinas, fuel docks, and floating buildings, this pontoon system ensures reliable performance with minimal maintenance, even under demanding weather and tidal forces.
| Specification | Value |
|---|---|
| Concrete Structure | Reinforced prefabricated concrete |
| Design Load | 2.5–5 kN/m² |
| Freeboard Height | 30–80 ± 5 cm |
| Core Material | High-buoyancy polystyrene foam |
| Weather Performance | Frost-resistant, corrosion-resistant |
| Embedded Utilities | Pre-installed conduits for water & electricity |
| Inspection Features | Integrated inspection chambers |
High Structural Strength
Reinforced concrete construction enables superior load capacity and long-term mechanical stability.
Modular Configuration
Units can be assembled, expanded, or integrated into existing marina layouts with ease.
Pre-embedded Utility Channels
Conduits for power and water lines allow effortless installation of marine services.
Enhanced Safety and Convenience
Inspection chambers simplify maintenance and system monitoring.
1. How long do concrete pontoons last?
With proper installation, concrete pontoons can operate for 25–50 years thanks to corrosion-resistant materials and robust structural engineering.
2. Can the pontoon system be customized?
Yes. Dimensions, load capacity, freeboard height, deck finishes, and service conduits can all be customized based on project requirements.
3. Are concrete pontoons suitable for rough seas?
Absolutely. The reinforced concrete shell combined with a buoyant foam core ensures excellent performance in windy, tidal, and high-wave environments.
4. Is maintenance required?
Maintenance is minimal. Routine inspections of utilities and connectors are recommended, but the structure itself requires little upkeep.
5. Can utilities like fuel, water, and electricity be integrated?
Yes. Each pontoon includes pre-embedded conduits to support marina fuel systems, water supply, and shore-power installations.
