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Hydraulic systems play a vital role in powering machinery across industries, from construction and agriculture to manufacturing and transport. At the heart of many of these systems is a hydraulic pump that drives the flow of fluid and converts mechanical energy into hydraulic energy.

For every hydraulic system, there needs to be a pump. Not all hydraulic pumps are the same, however. In order to choose the right pump for the right application, it’s important to understand what the difference is, and how the different types of hydraulic pumps work.

When COVID hit, the global hydraulic pump market for 2020 was valued at USD $9.7 billion. After major shutdowns around the globe, the future economic demand for hydraulic pumps was adjusted in 2021. The adjusted forecast period now projects the growth rate is 3.6 percent CAGR (compound annual growth rate) with a value of USD $13.9 billion by 2030.1

Hydraulic pumps are mechanic devices used for converting mechanical power into hydraulic energy. The pump is designed to generate a flow to create sufficient power to overcome the pressures placed against it by the weight/load.

Tractors may be old but the original genuine pumps are still available.