Modular Pontoons
Made in-house at HAIDING SHIPYARD's factory in China, we are a recognized Modular pontoons manufacturer and supplier, meticulously monitoring every step of production to ensure quality and clear pricing, providing our customers with cost-effective solutions.
Made in-house at HAIDING SHIPYARD's factory in China, we are a recognized Modular pontoons manufacturer and supplier, meticulously monitoring every step of production to ensure quality and clear pricing, providing our customers with cost-effective solutions.
Multi-Series Precise Adaptation, Covering Full Load Requirements
• HD-H50 Series: HAIDING SHIPYARD Modular pontoons focus on extreme portability, with a single module weight ≤8 tons. It is suitable for light-duty construction platforms (such as inland river bridge maintenance and small equipment transfer), supports multi-unit stacked truck transportation, and meets the needs of short-distance and high-frequency deployment;
• HD-S50 Series: HAIDING SHIPYARD Modular pontoons strictly complies with road transportation restrictions, with standardized single-module dimensions. It can be transported independently by ordinary trucks without overwidth permits, making it suitable for the rapid construction of small and medium-sized projects;
• HD-S70 Series: HAIDING SHIPYARD Modular pontoons focus on high buoyancy and high strength, achieving maximum load-bearing within compliant transportation dimensions. A single module has a buoyancy ≥50 tons and a concentrated load of 25,000 psf (1206 kPa), suitable for heavy equipment parking and large-scale construction platform construction.
High-Strength Material & Environmentally Friendly Anti-Corrosion, Balancing Durability and Ecological Friendliness
• The main structure is made of CCSB high-strength steel, and the deck adopts patented roll-formed high-strength steel. The surface is embossed to form anti-slip lines with a friction coefficient ≥0.8, preventing personnel and equipment from slipping;
• The interior of HAIDING SHIPYARD Modular pontoons are sprayed with domestic environmentally friendly bio-friendly anti-rust paint, free of heavy metals, and has passed national maritime environmental certification; the exterior adopts domestic composite zinc-aluminum anodes combined with independently developed HD-800 marine anti-corrosion coating, with a dry film thickness ≥300μm. The anti-corrosion life of underwater parts is ≥15 years, and up to 20 years in freshwater environments;
• The module splicing joints adopt a double-web reinforcement design, with arc transitions at corners to disperse stress. The structural safety factor is ≥1.8, capable of withstanding Grade 8 wind and waves (wind speed ≤20.7m/s).
Flexible Splicing + Convenient Transportation, Doubling Deployment Efficiency
• HAIDING SHIPYARD Modular pontoons adopt an integrated locking system, allowing modules to be spliced arbitrarily side-to-side, end-to-end, or end-to-side. It can be quickly combined into various platform shapes such as rectangular and special-shaped, adapting to different operating scenarios;
• Each module is equipped with an embedded lifting shackle at the center. The single-point lifting design simplifies the loading and unloading process, and a 2-person team with special tools can complete the assembly of a single module in ≤2 hours;
• Optimized transportation adaptability: The HD-S50 Series supports the transportation of 2 modules at a time by ordinary trucks, and the HD-S70 Series can be transported by overwidth step-deck trucks, with transportation efficiency twice that of traditional integral pontoons.
Supported by Authoritative Certifications, Double Guarantee of Compliance and Safety
HAIDING SHIPYARD Modular pontoons have passed the certification of ten major classification societies (complying with the "Rules for the Construction of Steel Vessels for Inland and Coastal Services") and obtained the ISO 9001:2015 quality management system certification. All module drawings have been reviewed by authoritative institutions to ensure operational compliance; it has a built-in emergency protection system, and the module's sealing level reaches IP67. Short-term immersion (≤1m) does not affect structural safety, meeting the strict safety requirements of marine operations.
Detailed Technical Parameter Table (Bilingual Comparison)
HAIDING SHIPYARD Modular pontoons adopt the "multi-series precise adaptation" design concept, launching three core product series to fully cover different operating load requirements of 5-100 tons. Integrating the flexible splicing of the high-strength durability of Barge, it has become a new benchmark equipment in the marine engineering field.
|
Parameter Category |
Specific Item |
HD-H50 Series |
HD-S50 Series |
HD-S70 Series |
Remarks |
|
Basic Dimensions |
Module Length×Width×Height (m) |
2.0×1.8×1.2 |
3.0×2.0×1.5 |
4.0×2.5×1.8 |
Standardized for transportation |
|
|
Module Weight (t) |
≤8 |
≤12 |
≤18 |
Complies with road transport limits |
|
Structure & Material |
Main Material |
Grade A-36 steel (10mm) |
Grade A-36 steel (12mm) |
Grade A-36+HSLA steel (16mm) |
Deck with patented roll-formed structure |
|
|
Load Capacity |
Concentrated load 15,000 psf, Uniform load 400kg/㎡ |
Concentrated load 20,000 psf, Uniform load 450kg/㎡ |
Concentrated load 25,000 psf, Uniform load 500kg/㎡ |
Adapts to different weight equipment |
|
Anti-Corrosion |
Internal Coating |
Bio-Float rust inhibitor (≥150μm) |
Same as left |
Same as left |
Biodegradable, environmentally friendly |
|
|
External Protection |
Zinc anode + marine coating (≥300μm) |
Same as left |
Same as left |
Resists seawater/freshwater corrosion |
|
Transportation & Assembly |
Transportation Method |
Ordinary truck (≥4 units/time) |
Ordinary truck (≥2 units/time) |
Overwidth truck (2 units/time) |
Improves transportation efficiency |
|
|
Assembly Time (Single Module) |
≤1.5 hours |
≤2 hours |
≤2.5 hours |
Completed by 2-person team |
|
Certification |
Product Certification |
ABS certification, ISO 9001:2015 certification |
Same as left |
Same as left |
Complies with international maritime regulations |
Basic Dimensions & Weight Parameters
|
Parameter Item |
HD-H50 Series |
HD-S50 Series |
HD-S70 Series |
Unit |
|
Module Dimensions (Length×Width×Height) |
6.0×5.4×3.6 |
9.1×6.1×4.6 |
12.2×7.6×5.5 |
m |
|
Single Module Weight |
≤8 |
≤12 |
≤18 |
tons |
|
Center of Buoyancy Height |
1.8 |
2.3 |
2.8 |
m |
|
Draft (Unloaded) |
0.6 |
0.8 |
1.0 |
m |
|
Maximum Draft |
1.2 |
1.5 |
1.8 |
m |
|
Standard Modules per Platform |
4-12 |
3-8 |
2-6 |
units |
|
Maximum Platform Size |
36×16 |
48×20 |
60×25 |
m² |
Structure & Material Parameters
|
Parameter Item |
HD-H50 Series |
HD-S50 Series |
HD-S70 Series |
Description |
|
Main Structure Material |
Grade A-36 Steel (10mm) |
Grade A-36 Steel (12mm) |
Grade A-36 + HSLA Steel (16mm) |
Yield Strength ≥36 ksi |
|
Deck Material |
HSLA High-Strength Steel (12mm) |
HSLA High-Strength Steel (14mm) |
HSLA High-Strength Steel (16mm) |
Patented Roll-Formed |
|
Deck Surface Treatment |
Embossed Anti-Slip (Friction Coefficient ≥0.8) |
Embossed Anti-Slip (Friction Coefficient ≥0.8) |
Embossed Anti-Slip (Friction Coefficient ≥0.8) |
Wear-Resistant Alloy Penetration Treatment |
|
Structural Safety Factor |
≥1.8 |
≥1.8 |
≥1.8 |
Under Grade 8 Wind & Wave Conditions |
|
Inter-Module Connection |
Double-Web Flange + Prestressed Bolts |
Double-Web Flange + Prestressed Bolts |
Double-Web Flange + Prestressed Bolts |
Detachable & Reusable ≥50 Times |
|
Corner Design |
Arc Transition (R≥50mm) |
Arc Transition (R≥50mm) |
Arc Transition (R≥50mm) |
Disperse Stress Concentration |
Load-Bearing Performance Parameters
|
Parameter Item |
HD-H50 Series |
HD-S50 Series |
HD-S70 Series |
Unit |
|
Concentrated Load |
15,000 |
20,000 |
25,000 |
psf (kPa) |
|
Uniform Load |
≥400 |
≥450 |
≥500 |
kg/m² |
|
Maximum Single-Point Load Capacity |
50 |
80 |
100 |
tons |
|
Maximum Wind & Wave Resistance Class |
Grade 7 (Wind Speed ≤17.1m/s) |
Grade 8 (Wind Speed ≤20.7m/s) |
Grade 8 (Wind Speed ≤20.7m/s) |
- |
|
Maximum Wave Resistance Height |
≤2.0 |
≤2.5 |
≤3.0 |
m |
|
Maximum Operating Tilt Angle |
±15° |
±12° |
±10° |
- |
|
Maximum Stable Load-Bearing Angle |
±20° |
±18° |
±15° |
- |
Buoyancy & Stability Parameters
|
Parameter Item |
HD-H50 Series |
HD-S50 Series |
HD-S70 Series |
Unit |
|
Single Module Buoyancy |
≥30 |
≥50 |
≥80 |
tons |
|
Center of Buoyancy Height from Baseline |
1.8 |
2.3 |
2.8 |
m |
|
Roll Period |
≥4.0 |
≥5.0 |
≥6.0 |
s |
|
Pitch Period |
≥6.0 |
≥7.0 |
≥8.0 |
s |
|
Freeboard Height |
2.4 |
3.1 |
3.7 |
m |
|
Stability Criterion Number |
≥1.2 |
≥1.2 |
≥1.2 |
- |
Transportation & Assembly Parameters
|
Parameter Item |
HD-H50 Series |
HD-S50 Series |
HD-S70 Series |
Unit |
|
Transportation Method |
Ordinary Truck (≥4 units/time) |
Ordinary Truck (≥2 units/time) |
Overwidth Truck (2 units/time) |
- |
|
Assembly Time (Single Module) |
≤1.5 |
≤2.0 |
≤2.5 |
hours |
|
Assembly Team Size |
2 persons |
2-3 persons |
3-4 persons |
- |
|
Number of Lifting Points |
4 (Top) |
4 (Top) |
6 (Top + Side) |
- |
|
Lifting Method |
Single-Point / Multi-Point Lifting |
Single-Point / Multi-Point Lifting |
Single-Point / Multi-Point Lifting |
- |
|
Maximum Transportation Dimensions |
6.2×5.6×3.8 |
9.3×6.3×4.8 |
12.5×7.8×5.7 |
m |
Anti-Corrosion & Durability Parameters
|
Parameter Item |
Technical Index |
Unit / Description |
|
Internal Anti-Corrosion |
Bio-Float Bio-Friendly Rust Inhibitor (≥150μm) |
Dry Film Thickness, Heavy Metal-Free |
|
External Anti-Corrosion |
Zinc Anodes (1 set/10㎡) + Baril Marine-Grade Coating (≥300μm) |
Dry Film Thickness |
|
Underwater Component Service Life |
≥15 |
years |
|
Freshwater Environment Service Life |
≥20 |
years |
|
Sealing Strip Material |
EPDM Ethylene Propylene Diene Monomer Rubber |
Temperature Resistance: -40℃~80℃ |
|
Sealing Strip Service Life |
≥5 |
years (or 50 disassembly-assembly cycles) |
|
Wear-Resistant Layer Hardness |
≥300 |
HB (Brinell Hardness) |
|
Annual Wear Loss |
≤0.1 |
mm |
Standard Configuration Parameter Table
Standard Configuration of Connection System
|
Configuration Item |
Parameter Description |
|
Connection Method |
Embedded Flange + Prestressed High-Strength Bolts (M24) |
|
Sealing System |
EPDM Rubber Sealing Ring (Compression: 20-25%) |
|
Locking Device |
Double-Safety Bolt (Diameter ≥32mm) |
|
Positioning System |
Guide Pin + Positioning Groove (Accuracy ≤2mm) |
|
Connection Strength |
≥1.5 Times the Maximum Shear Force of the Module |
Standard Configuration of Accessory Interfaces
|
Interface Type |
Parameter Specification |
Purpose |
|
Spud Leg Interface |
Diameter: 800-1200mm (Optional) |
Platform Positioning & Fixing |
|
Winch Interface |
Pull Force: ≤50kN (Optional) |
Platform Displacement / Positioning |
|
Thruster Interface |
Power: ≤100kW (Optional) |
Platform Self-Propulsion |
|
Mooring Bollard |
Pull Force: ≥50kN (4 units as Standard) |
Mooring & Fixing |
|
Cable Channel |
Diameter: ≥150mm (4 units as Standard) |
Power / Signal Transmission |
|
Boarding Ladder Interface |
Load Capacity: ≥500kg (2 units as Standard) |
Personnel Boarding / Disembarking |
Selection Guide & Application Scenario Parameter Matching Table
Series Selection Reference Parameters
|
Application Scenario |
Recommended Series |
Typical Configuration |
Maximum Operating Load |
|
Inland River Bridge Maintenance |
HD-H50 |
4-6 Modules (12-18m Length) |
50 tons (Single Module) |
|
Small-Scale Dredging Assistance |
HD-H50 / HD-S50 |
6-8 Modules (18-24m Length) |
80 tons (Combination) |
|
Port Temporary Wharf |
HD-S50 |
8-10 Modules (24-30m Length) |
150 tons (Combination) |
|
Offshore Wind Power Construction |
HD-S70 |
6-8 Modules (30-40m Length) |
200 tons (Combination) |
|
Submarine Pipeline Laying |
HD-S50 / HD-S70 |
8-12 Modules (30-50m Length) |
250 tons (Combination) |
|
Heavy Equipment Transfer |
HD-S70 |
4-6 Modules (20-30m Length) |
100 tons (Single Module) |
Environment Adaptation Parameter Table
|
Environmental Condition |
Applicable Series |
Parameter Requirement |
|
Freshwater Inland Rivers |
All Series |
Anti-Corrosion Grade ≥ Freshwater Standard |
|
Coastal Saltwater |
HD-S50 / HD-S70 |
Anti-Corrosion Grade ≥ Seawater Standard |
|
Offshore Wind & Wave Area |
HD-S70 |
Wind & Wave Resistance ≥ Grade 8, Wave Height ≤3m |
|
Shallow Water (≤5m) |
HD-H50 |
Draft ≤1.2m, Optional Shallow Spuds |
|
Medium Water Depth (5-15m) |
HD-S50 |
Draft ≤1.5m, Optional Long Spuds |
|
Deep Water (≥15m) |
HD-S70 |
Draft ≤1.8m, Optional Mooring System |
Customized Parameter Option Table
Material Enhancement Options
|
Enhancement Type |
Parameter Adjustment |
Applicable Scenario |
|
Heavy-Load Enhancement |
Deck Thickened to 20-25mm, Structure Reinforced |
100-Ton Equipment Bearing |
|
Low-Temperature Enhancement |
Material Upgraded to Low-Temperature Steel (e.g., S355J2W) |
Polar / Cold Zone Environment (-40℃~0℃) |
|
High-Temperature Enhancement |
Special Coating + Heat Insulation Design |
Tropical / High-Temperature Environment (≥40℃) |
|
Lightweight Enhancement |
Partial Structure Uses Aluminum Alloy (6061-T6) |
Frequent Movement / Air Transportation Scenarios |
Function Extension Options
|
Extended Function |
Parameter Configuration |
Description |
|
Self-Propulsion System |
Thruster (Power ≤200kW) + Control System |
Maximum Speed ≤5 Knots |
|
Positioning System |
Mooring System (4 Anchors) + GPS + Sonar |
Positioning Accuracy ≤1m |
|
Lifting System |
Hydraulic / Electric Lifting (Stroke ≤3m) |
Adapts to Water Level Changes |
|
Modular Superstructure |
Detachable Workshop / Control Room |
Provides Shade / Protection |
Certification & Standard Parameter Table
|
Certification Type |
Standard Number |
Key Parameter Requirement |
|
Classification Society Certification |
ABS "Rules for Building and Classing Steel Vessels for Inland and Coastal Service" |
Structural Safety Factor ≥1.8, Stability ≥1.2 |
|
Environmental Certification |
International Maritime Environmental Standard (MEPC.227(64)) |
Rust Inhibitor: Heavy Metal-Free & Biodegradable |
|
Quality Management System |
ISO 9001:2015 |
Full-Process Quality Control |
|
2015 |
Full-Process Quality Control |
|
|
Safety Standard |
GB/T 36143-2018 |
Buoyancy Safety Factor ≥1.5 |
Performance Parameter Summary Table (At a Glance)
|
Parameter Category |
HD-H50 |
HD-S50 |
HD-S70 |
|
Module Dimensions (m) |
6.0×5.4×3.6 |
9.1×6.1×4.6 |
12.2×7.6×5.5 |
|
Single Weight (tons) |
≤8 |
≤12 |
≤18 |
|
Maximum Load (kg/m²) |
400 |
450 |
500 |
|
Single Module Buoyancy (tons) |
30 |
50 |
80 |
|
Assembly Time (hours) |
1.5 |
2.0 |
2.5 |
|
Transportation Method |
Ordinary Truck (4 units/time) |
Ordinary Truck (2 units/time) |
Overwidth Truck (2 units/time) |
|
Anti-Corrosion Life (years) |
≥15 (Seawater) / 20 (Freshwater) |
≥15 (Seawater) / 20 (Freshwater) |
≥15 (Seawater) / 20 (Freshwater) |
Core Application Scenarios: A Marine Engineering Tool Adaptable to All Scenarios
Shallow Water and Inland River Engineering
• In inland river bridge construction, combine HD-S50 Series modules to form a construction platform. After installing spud legs for fixation, it serves as a pier pouring operation surface, bearing concrete pump trucks and construction equipment. The deployment cycle is 60% shorter than that of temporary steel trestles;
• For shoal dredging projects, splice HD-H50 Series modules into a lightweight transfer platform to transport sediment with dredging equipment, eliminating the need for large ships and reducing the difficulty of operations in shallow water areas.
Marine Engineering Assistance
• In coastal wind power projects, combine HD-S70 Series modules into a large-scale operation platform to carry wind turbine tower pre-installation equipment and lifting tools. The platform can be flexibly displaced by thrusters, adapting to the construction needs of different machine positions;
• In submarine pipeline laying projects, splice HD-S50 Series modules into a welding operation platform, equipped with a positioning system to ensure pipeline docking accuracy. The anti-corrosion coating is adapted to the seawater environment, enabling continuous operation for 30 days without maintenance.
Cargo and Equipment Transfer
• For island material transportation, combine HD-H50 and HD-S50 Series modules to form a floating wharf, suitable for the berthing of small transport ships, solving the transfer problem of islands without fixed wharves;
• In port expansion projects, use HD-S70 Series modules to build temporary equipment parking platforms, bearing heavy equipment such as cranes and welding machines. The high load-bearing performance of the deck ensures the safety of long-term equipment parking.
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Contact Info
-
Address
No. 8888, Wanhong Avenue, Huanglou Sub-district, Qingzhou City, Weifang City, Shandong Province, China
-
Tel
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E-mail
Submit your demand for dredgers, Sectional Barges or Tugboats to get instant quotation. HAIDING SHIPYARD meticulously monitoring every step of production to ensure quality and clear pricing, providing our customers with cost-effective solutions.
