Products

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.

Looking for a reliable China manufacturer and supplier? Look no further! Shandong Haiding Shipbuilding Co., Ltd. is a leading factory offering high-quality Jack up living quarter platform. HAIDING SHIPYARD Jack up Living Quarter Platform is a heavy-duty living support equipment designed for 3-100m marine water depth, with spud leg design length of 20-100m and total platform load capacity of 3000 tons. It core-integrates a 100-person modular living cabin (accommodation, catering, office), medical support module, and emergency rescue system, focusing on long-term personnel residency (30-180 days) and living support tasks for offshore oil and gas fields, wind power platforms, and deep-sea engineering. Aiming at the pain points of marine living such as "poor comfort, difficult supply, and high safety risks in complex sea conditions", it realizes integrated support of "living + office + medical + emergency" through CCSB steel plate rigid structure (yield strength ≥235MPa), constant temperature and humidity environment control, and wind-wave resistant stable design (Grade 11 wind resistance). The personnel living comfort reaches 90% of onshore standards, and the supply cycle is extended to 30 days, providing a "highly comfortable, highly reliable, highly safe" living solution for marine engineering.

Shandong Haiding Shipbuilding Co., Ltd. is a famous Jack up wind farm installation platform manufacturer and supplier in China. If you want to buy high-quality and the newest products, please contact us immediately. HAIDING SHIPYARD Jack up working platform is a heavy-duty wind power construction equipment designed for 3-100m marine water depth, with spud leg design length of 50-150m and total platform load capacity of 3000 tons. It core-integrates an 800-ton class 360° slewing crane, wind power foundation leveling system, and tower barrel/main engine docking module, focusing on three core tasks: offshore wind power pile driving, tower barrel splicing, and installation of 16MW and above wind turbine main engines. Aiming at the pain points of wind power installation such as "large-tonnage hoisting demand, high-precision docking requirements, and strong interference from complex sea conditions", it realizes stable wind power installation operations from shallow sea to deep sea through CCSB steel plate rigid structure (yield strength ≥235MPa), full-automatic platform leveling (±0.05°), and strong wind-wave resistance design (Grade 12 wind resistance). The installation cycle of a single wind turbine is ≤72 hours, 40% more efficient than traditional floating cranes, providing a "high-load, high-precision, high-efficiency" installation solution for large-scale offshore wind power development.

Shandong Haiding Shipbuilding Co., Ltd. is a professional leader in China in Jack up drilling platform manufacturing with high quality and reasonable prices. Welcome to contact us. HAIDING SHIPYARD Jack up Drilling Platform is a heavy-duty oil and gas drilling equipment designed for 3-100m marine water depth, with spud leg design length of 30-150m and total platform load capacity of 3000 tons. It core-integrates a 5000m deep well drilling system, high-precision wellbore control module, and mud circulation treatment system, focusing on three tasks: deep-sea oil and gas field exploration drilling, old oilfield development well operations, and emergency rescue drilling. Aiming at the pain points of marine drilling such as "difficult deep well control, high wellbore accuracy requirements, and strong interference from complex sea conditions", it realizes stable drilling operations from shallow sea to deep sea through CCSB steel plate rigid structure (yield strength ≥235MPa), full-automatic platform leveling (±0.05°), and strong wind-wave resistance design (Grade 12 wind resistance). The drilling efficiency is 25% higher than traditional platforms, and the wellbore verticality deviation ≤0.5‰, providing a "high-reliability, high-precision, high-efficiency" drilling solution for marine oil and gas development.

HAIDING SHIPYARD Jack up Working Platform is a universal operation equipment designed for 3-100m marine water depth, with spud leg design length of 10-100m and total platform load capacity of 3000 tons. Focusing on "modular functional cabins + flexible adaptation", it covers four scenarios: general marine engineering construction, temporary equipment storage, marine emergency operations, and scientific research monitoring support. Aiming at the pain points of traditional dedicated platforms such as "single function, poor scenario adaptability, and long deployment cycle", it realizes "one platform for multiple uses" through interchangeable operation modules (hoisting/storage/construction), high-precision leveling (±0.1°), and wind-wave resistance design (Grade 11 wind resistance). The operation switching time is ≤48 hours, providing a "flexible, efficient, low-cost" universal operation solution for marine engineering.

HAIDING SHIPYARD is a long-term Maintenance Self-elevating Platform supplier, we guarantee quality while offering reasonable prices and reliable service support. HAIDING SHIPYARD Maintenance Self-elevating Platform is a professional maintenance equipment designed for 3-100m marine water depth, with spud leg design length of 20-100m and total platform load capacity of 3000 tons. It core-integrates three modules: maintenance workstation, diving operation cabin and equipment storage cabin, focusing on four tasks: offshore platform equipment maintenance, submarine pipeline inspection and repair, wind power platform maintenance, and emergency repair. Aiming at the pain points of marine maintenance such as "unstable operation surface, difficult equipment adaptation, and strong interference from complex sea conditions", it realizes stable maintenance operations from shallow sea to deep sea through high-precision platform leveling (±0.1°), modular integration of maintenance equipment, and wind-wave resistant operation design (Grade 11 wind resistance). The maintenance cycle is 50% shorter than traditional floating ships, providing a "high-stability, high-adaptability, high-efficiency" maintenance solution for marine engineering.