In one port construction from indonesian, testing the ultimate bearing capacity of deep-water steel pipe piles is a critical engineering task. The Bi-Directional Static Load Test ,became the core force in the first-phase hydraulic engineering pile tests, laying a solid foundation for offshore hubs with innovative technology and professional service

Core Advantages: Why Choose Our Super Cell for Offshore Project

1. Advanced Technology Overcomes Complex Marine Challenges

1)Patented Bi-directional Design & Superior Quality:

Our Super Cell are customized according to client requirements and pressure-tested on a 10,000-ton reaction frame before leaving the factory, with calibration by authoritative institutes. Also, our hydrauli jacks for steel pipe piles undergo special processing to resist static pressure and hammering to help the indonesan port projects.

2)Specialized Hydraulic Jack Features: 

Designed specifically for steel pipe pile testing, these Super Cell can be welded directly inside piles. Anti-corrosion coatings and stiffening plate technology ensure sealing and durability under deep-sea high-pressure conditions.

3)Easy & Efficient Setup:

Single-pile testing requires only one high pressure pump and one data acquisition system, eliminating the need for anchor piles or stacked loads, significantly reducing offshore equipment transportation and deployment costs.

4)International Certification Assurance:

As the only domestic super cell brand with CE certification, the products comply with ASTM D8169, JGJ/T 403, and other international standards, proven reliable through thousands of global engineering projects.

2. Professional Service Ensures Offshore Operations

01) Customized Solution Design: Based on geological logs and pile parameters, the super cell installation position is precisely calculated to maximize testing accuracy.

02) Exclusive Offshore Installation Solutions: Equipped with displacement pipes, anti-wave casings, and dual-seal pipeline technology to resist tidal seepage. On-site guidance is provided for corrosion-resistant welding, slow conduit installation, and other critical steps to ensure super cell are deployed without damage. Additionally, anti-wave reference piles and waterproof power interfaces are provided to handle sudden storms and ensure continuous testing.

3. Indonesian Project Practice: Validating Technology

In harsh construction conditions with 17-meter waves, the team achieved remarkable results:

01) Comprehensive Coverage of Pile Types: Completed testing for dry bulk terminal φ1400mm steel pipe piles (compression 23,000 kN / uplift 11,000 kN), while simultaneously conducting tests on cast-in-place piles for compression and uplift.

02) Precision in Extreme Environments: Deep-water installation of super cells passed on the first attempt; displacement pipes showed zero leakage under 30-meter water pressure. Using the Bi-Directional Static Load Test (BDSLT) instead of traditional stacked load or anchor pile methods saved thousands of tons in steel beam transport.

03) Data-Driven Design Optimization: Measured ultimate bearing capacity verified the choice of bearing stratum and guided pile length optimization, reducing the project timeline by 27 days.

As project feedback noted: “In deep water where a reaction frame cannot be built, the bi-directional static load technology is the only solution. The super cell acts like a ‘pile CT scanner,’ revealing the true bearing capacity 70 meters below the seabed.”

4. Choose This Technology for Reliable Assurance

1)Extensive Global Experience: 

Serving over 30 countries with more than 1,000 offshore and cross-sea projects.

2)Full-Process Professional Support: 

From solution design and super cell customization to on-site installation guidance, providing comprehensive technical support throughout the project.

The Bi-Directional Static Load Test ensures the safety and reliability of every pile, making it the ultimate solution for offshore pile testing. Contact us now to get your customized offshore pile testing plan.