Our modular valve solutions take the most complex control challenge and put it to work. Our broad valve range is designed for your machine’s most demanding tasks – integrating multiple functions in a compact package, they provide strong, smooth and consistent performance.
Smooth machine control
The modular electrohydraulic valves provide an almost infinite number of configurations – from simple load-sensing solutions to CAN bus communication – ensuring smooth machine control.
As your machines grow in size and capability, our valves enable you to realize innovative solutions that help meet stringent emission requirements.
PVG proportional valves portfolio
Whether you’re moving the largest of loads or need the precise control that feels like an extension of the operator’s own hand, the family of Danfoss PVG proportional valves can address your unique challenges while delivering increased machine productivity and keeping pace with today’s shorter product cycles.
Offshore oil and gas applications
Upstream Offshore Oil and Gas activities are making up nearly 30% of global crude oil production. These are some of the harshest operating environments on the planet. Drilling in waters up to 3,000 meters deep requires equipment that is reliable and safe. this can help to maximize operating productivity and prevent unexpected downtime.
Onshore oil and gas applications
Onshore Oil and Gas activities are making up the majority of the world’s total oil production. These require a great deal of flexibility and scalability. A variety of oil reserve types onshore equipment needs to be flexible and robust. Due to a typically much greater number of oil wells per reserve than offshore.
Space is limited on construction sites, and there are people working everywhere. Contractors need machines that can safely maneuver in a tight spot. At the same time they still need to be powerful enough to get the job done. At Danfoss, we deliver the components, software, and controls that enable your machines to run safely, efficiently and effectively.