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World’s ‘Most Powerful’ Hydraulic Cylinder Can Lift 1,000 Elephants In One Go

A hydraulic cylinder that China has unveiled happens to be the most potent one ever manufactured in the world and can lift a load equal to the weight of 1,000 adult African elephants. This breakthrough was revealed in Changzhou, Jiangsu province, as a quantum leap in marine pile-driving technology. The hydraulic cylinder was a product of the state-owned China Communications Construction Company (CCCC) with a maximum thrust power of 5,000 tons. This will be used to power a 150-meter pile-driving vessel that is currently under construction.

Measuring 92 feet in height and 6.5 feet in diameter, as thick as a 10-story building, this cylinder was conceived to upgrade China’s expertise in marine engineering. Prior to this, China had to import this technology, but now it has taken over the complete process of designing and building these machines, thus reducing its reliance on Western technology.

It is anticipated that this innovation will be essential to large-scale infrastructure projects, such as the building of the Hangzhou Bay Cross-Sea Railway Bridge, the longest cross-sea high-speed railway bridge in the world. The hydraulic cylinder may have an effect on China’s offshore drilling platforms and renewable energy initiatives, especially in the area of deep-sea wind generation, in addition to its potential in marine engineering.

China may pose a threat to long-standing market leaders like the United States’ Parker Hannifin Corporation and Germany’s Bosch Rexroth as it fortifies its position in hydraulic technology. Global Market Insights projects that the hydraulic cylinder market, which was estimated to be worth USD 15 billion in 2023, will expand at a compound yearly growth rate of 4.6%.

China’s maritime economy continues to flourish, outpacing the country’s GDP growth in the first half of 2023, with the sector’s output reaching 4.9 trillion yuan. This advancement highlights China’s growing dominance in marine engineering and its determination to lead in innovative technologies.

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