This pump features a "one-drive-four" synchronous lifting design, enabling precise control over four lifting points simultaneously. This ensures stable, synchronized elevation and descent of heavy loads, eliminating risks of tilting or damage caused by uneven lifting. It is ideal for applications such as bridge jacking in construction, hull lifting and machinery installation in shipbuilding, and platform jacking in oil and gas projects.
Technical specifications highlight its versatility: compatible with jacks ranging from 10 to 1000 tons, the pump offers adjustable flow control via a synchronous distribution valve, ensuring reliable performance under diverse working conditions.
Engineered for durability, the pump incorporates copper-welded pistons and guide rings for enhanced wear resistance, capable of withstanding lateral loads up to 5% of the jack's rated capacity. Thirteen-layer seals and dust-proof rings protect against oil leakage and contaminants, while quick connectors with anti-corrosion coatings ensure adaptability in harsh environments.
"We developed this pump to address industry challenges in heavy lifting," said Manager Israel, emphasizing the team's focus on meeting market demands for efficiency and safety. "It provides a reliable solution for construction, marine, and energy sectors, streamlining operations with precision and stability."
The pump has already received positive feedback from pilot projects, where it reduced construction time significantly while ensuring smooth, synchronized lifting of large components. With its expanding adoption, the technology is poised to become a key enabler for advanced engineering across global infrastructure projects.