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    Pumps

      Hydraulic Oil Pumps for Trucks

      At MW Truck Parts, we offer a reliable range of Hydraulic Oil Pumps for Trucks designed to
      support demanding commercial applications. Our hydraulic pumps are selected for quality,
      performance, and longevity, helping ensure your vehicle’s hydraulic systems operate smoothly
      under heavy use. Whether you’re maintaining a fleet or handling specialised truck builds, we
      make finding the right parts straightforward and efficient.

      In addition to pumps, we supply robust Hydraulic Oil Tanks for Trucks that provide secure fluid
      storage and help maintain optimum hydraulic performance. Each tank is engineered to meet
      the needs of a variety of systems, supporting consistent flow and pressure where it matters
      most. Our knowledgeable team is always on hand to provide practical advice, so you can
      choose components that fit your vehicle and application.

      With a focus on dependable hydraulic oil tanks, excellent customer service, and nationwide
      delivery, MW Truck Partsis your trusted partner for hydraulic solutionsthat keep your operations
      moving. Quality products and expert support make specifying the right pumps and tanks simple.

      Find Out Answers Here

      A hydraulic wet kit is a complete auxiliary hydraulic system that allows a truck to power equipment such as tipping bodies, walking floors, or cranes. It typically includes a PTO-driven pump, hydraulic oil tank, directional control valves, filtration, and associated components. The system provides pressurised oil on demand, enabling controlled hydraulic operation. Wet kits are designed to integrate with the truck’s engine, gearbox, and chassis layout. Correct specification ensures safe operation, consistent performance, and long service life. A properly installed wet kit transforms a standard truck into a versatile working vehicle capable of handling demanding hydraulic applications.
      Choosing the right wet kit depends on application type, required flow and pressure, and vehicle configuration. Tipping bodies, walking floors, and cranes all place different demands on the hydraulic system. Considerations include tank size, control method, PTO compatibility, and available chassis space. Providing accurate vehicle details helps ensure the wet kit is correctly matched to the truck and application. A properly specified wet kit delivers smooth operation, avoids overheating, and reduces component wear. Taking time to select the right system improves reliability, productivity, and long-term operating efficiency.
      A typical hydraulic wet kit includes a hydraulic pump, oil tank, directional control valves, filtration units, breather systems, and mounting hardware. Depending on the application, additional components such as oil coolers or pressure protection valves may be included. Each component plays an important role in maintaining clean oil, correct pressure, and safe operation. Components must be properly matched to ensure reliable performance and prevent system issues. A complete wet kit provides an integrated hydraulic solution rather than a collection of mismatched parts.
      Installing a hydraulic wet kit provides engine-driven hydraulic power, eliminating the need for separate power units. Benefits include consistent performance, improved control, and reduced downtime. Proper filtration and oil management help protect internal components and extend service life. Wet kits also improve vehicle versatility and productivity, allowing a single truck to handle a wide range of hydraulic tasks. A well-designed wet kit supports safer operation, predictable performance, and long-term reliability in demanding commercial environments.
      Yes, ensuring compatibility between PTOs, pumps, tanks, control valves, and filtration components is essential for reliable operation. Incompatible parts can lead to overheating, pressure imbalance, or poor performance. Providing full vehicle and application details allows components to be selected as a complete system rather than individually. This approach reduces installation issues and improves long-term reliability. Proper compatibility ensures smooth operation and simplifies maintenance.
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