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An expert guide to choosing the right heavy-duty hydraulic jack. Learn the 80% rule, sizing load per jacking point, and pump configuration.

Hydraulic Jack Types Explained: Single-Acting vs. Double-Acting — Which One Do You Actually Need?

Learn how a hydraulic skidding system moves heavy loads horizontally in restricted spaces. Discover its components, step-by-step working principles, and safety tips.

A synchronous hydraulic lifting system uses computer-controlled multi-point jacks to lift heavy loads evenly, with millimeter-level accuracy and low tilt risk.

Learn how a hydraulic synchronous lifting system works. Discover the closed-loop PLC control, displacement sensors, and safety locks for heavy lifting.

Discover how KIET's 16 PLC-controlled intelligent hydraulic heavy-duty sliding trolleys solved high-altitude jacking & sliding challenges in China's first sea-crossing pipe gallery project.

Technical Excellence in Motion: South African Engineering Expert Visits for Transformer Positioning Solutions

2025 was a year of accelerated upgrades for heavy jacking, pushing, lifting and transport. As the market shifts toward higher quality and safer execution, KIET HYDRAULICS (Jiangsu Canete Machinery) continued to focus on heavy jacking, pushing, hoisting and m...

In large-scale industrial and urban construction projects, lifting heavy steel structures is often one of the most critical and risk-sensitive stages. Traditional crane lifting or high-altitude assembly methods can introduce significant safety concerns, scheduling uncertainty, and space constra...

In modern bridge construction, installing large-span steel structures has evolved from heavy lifting operations into highly controlled incremental launching processes. When bridge girders weighing thousands of tons must be positioned with millimeter-level accuracy—often above active rail...