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A hydraulic control valve regulates the flow of fluid to enable various types of functions within a hydraulic system. The valve is designed to adjust flow rate by adapting the rate of energy transfer. By doing so, it can reduce or increase the speed of a motor, actuator, cylinder, or other device. Similar valves are used in faucets and showers.

One might think all hydraulic systems are the same. After all, they are designed to deliver the power needed to perform functions that would not normally be possible by hand, such as lifting, bending, digging, and so on.

Hydraulics are used in a wide array of industries and equipment. Hydraulic systems are used in the automotive, aerospace, construction, manufacturing, agriculture, and healthcare industries. Hydraulics help perform tasks and functions that would otherwise be difficult to do.

Pascal's law of hydraulics is effectively the foundation of all hydraulic systems, allowing small amounts of force to be amplified into much larger amounts of output force using a liquid medium. However, Pascal’s law is often misunderstood or misapplied by those unfamiliar with its details.

Dry running a pump can cause all kinds of serious problems, yet many operators are unaware of the dangers. When a pump runs dry, it generates heat and force it was never designed to handle, leading to wear and tear that can quickly add up to inflated repair costs. Avoiding dry running is highly important

Hydraulic pumps operate at high pressures and are exposed to high heat as well. Over time, this makes them prone to wear and tear. A leak occurs when fluid bypasses the pump shaft.

At White House Products Ltd., we specialize in various types of simulation and testing. One of our capabilities is hydraulic pressure testing. We use three on-site test rigs for hydraulic pumps and motors, which record speed, flow, and pressure.

In recent years, the number of fake and counterfeit hydraulic components and parts has increased. Part of the cause of the increase is due to more people shopping online.

Have you noticed your hydraulic system fluid is getting too hot and causing overheating problems? Is it causing work stoppages while you wait for the equipment to cool back down, only to overheat again and again when you turn it back on?

Hydraulic machines and equipment are all around us. From lifting heavy loads to powering precise industrial hydraulic systems, hydraulics play a role in countless processes and technologies. Yet, many people do not realise just how widely hydraulic devices are used—far beyond construction or agriculture.