The hydraulic and lubrication systems are essential in the smooth operation of many industrial machines. However, they are highly sensitive to contamination and solid particulates. These contaminants are the primary causes of system failures and malfunctions.

To prevent these harmful particles from entering the systems, MP Filtri offers a range of filter elements. These filter elements serve as the first line of defense against contamination and work to keep the systems running smoothly.

In addition to the elimination of particulate contamination, MP Filtri’s filter elements can protect the hydraulic and lubrication systems from water ingress. Water ingress is a major cause of fluid degradation that reduces the lubrication capability of the machine and the surface protection provided by the fluid.

When it comes to contamination control, mechanical processes are considered the most effective method. Thus, utilizing MP Filtri’s filter elements can guarantee the top quality performance of your hydraulic and lubrication systems.

The machine tool industry heavily relies on hydraulic transmission and control. In fact, 85% of machine tool transmission systems use this technology for their various equipment such as grinding machines, milling machines, planers, lathes, presses, shearing machines, and combination machine tools.

The metallurgical industry also sees the benefit of hydraulic technology in their electric furnace control systems, steel rolling mill control systems, open hearth loading, converter control, blast furnace control, strip deviation, and constant tension devices. This demonstrates the versatility and effectiveness of hydraulic transmission systems.

Construction machinery, such as excavators, tire loaders, truck cranes, track bulldozers, tire cranes, self-propelled loaders, graders, and vibratory rollers, also rely heavily on hydraulic transmission technology for their operations and movements.

Hydraulic technology is also widely used in the agricultural industry, where it can be found in combine harvesters, tractors, and plows. It has proven to be a vital component in agricultural machinery for efficient and effective operations.

In the automotive industry, hydraulic technology is also commonly used for off-road vehicles, dump trucks, aerial work vehicles, and fire trucks. The use of hydraulic technology in these vehicles enhances their reliability and safety, making them indispensable in emergency situations.

Even the textile industry benefits from hydraulic technology, where it is used in plastic injection molding machines, rubber vulcanizing machines, paper machines, printing machines, and textile machines. This shows how versatile and adaptable hydraulic transmission systems can be in different industries and applications.