Precision-Crafted Hydraulic Control Valves

Our hydraulic control valves are renowned for their exceptional flow rates and minimal pressure differentials, making them the top choice for engineering your hydraulic system. These robust, long-lasting, and high-efficiency valves present a cost-effective ownership solution for any system.

Proportional Valves;

High-Speed Precision with Digital Electronics

Proportional technology in electro-hydraulic applications brings a multitude of advantages, including enhanced efficiency, rapid response, precise control, repeatability, and the ability to program and customize control parameters. Furthermore, proportional components facilitate process acceleration while minimizing waste and error margins.

Directional control valves;

Sturdy, Long-lasting, and Highly Effective

Our hydraulic control valves combine robust construction with outstanding efficiency. Their high flow capacities and minimal pressure differentials make them an ideal selection for both new hydraulic systems and upgrades to existing ones. Continental Hydraulics specializes in manufacturing manifold-mounted directional control valves in sizes ranging from NFPA D03 to D10. These valves are designed for continuous duty, withstanding pressures up to 5000 PSI, and offer a variety of flow direction options to suit your specific application needs.

Modular Stack valves;

Flow, Check, and Pressure Control Solutions

Modular stack valves are engineered to be installed between the valve itself and its mounting surface, eliminating the need for extensive plumbing connections and reducing space requirements. Continental Hydraulics offers a comprehensive selection, encompassing check valves, flow control valves, relief valves, reducing valves, sequencing valves, shuttle valves, and counterbalance valves. All of our modular stack valves are manufactured in compliance with NFPA and ANSI/ISO standards.

Sub Plate/ In-Line Valve;

Sturdy, Long-lasting, and Highly Effective

These valves are designed with generously sized poppets and wide passages, resulting in reduced pressure drops. This not only enhances the energy efficiency of your plant but also ensures a compact footprint for your hydraulic system.