High-Performance Hydraulic Valves & Hydraulic Accessories

Quarter-turn shutoff valves that provide reliable, leak-free isolation at service points throughout a hydraulic circuit. Ball valves deliver full-bore flow with minimal pressure drop in the open position and positive shutoff when closed.

The simplest form of directional flow management — check valves allow flow in one direction and block reverse flow automatically. They protect pumps from backflow, maintain downstream pressure, and prevent actuator drift in static-hold applications.

Allow flow in one direction under normal conditions but can be opened in reverse under pilot pressure — enabling designers to lock actuators in place and release them on command. The go-to solution for load-holding circuits in cylinders and motor drives.

Control the descent of suspended or overrunning loads by requiring active inlet pressure to open, preventing uncontrolled runaway or drift. Essential for crane booms, elevated work platforms, and any hydraulic circuit that must safely restrain a load.

Protect cylinders and actuators from pressure spikes at end-of-stroke and during dynamic load reversals. Double relief configurations deliver bidirectional spike protection in a single compact body — an efficient upgrade for any high-cycle actuator circuit.

Route hydraulic flow to actuators and motors based on operator command or electronic signal. Available in spool, poppet, monoblock, and sectional configurations for mobile equipment, industrial machinery, and proportional control systems.

Regulate the flow rate to a specific circuit branch to control actuator speed independently of load pressure. Available in fixed, manually adjustable, and pressure-compensated configurations to match the precision requirements of the application.

Split a single pump flow into two or more branches at a controlled ratio, synchronizing actuator speed even when load conditions differ between branches. Ideal for leveling systems, twin-cylinder presses, and multi-motor drives.

Full-bore isolation valves with minimal flow restriction when fully open. Gate valves are used at reservoir service points, pump isolation locations, and low-frequency shutoff applications where pressure drop in the open position must be minimized.

High-flow cartridge-style poppet valves piloted by system pressure, installed in manifold cavities to perform directional, pressure, or flow functions in a compact, low-leakage, high-cycle package suited for demanding industrial circuits.

Precision metering valves for fine flow adjustment in gauge, pilot, and instrumentation lines. Needle valves provide smooth, repeatable control at low flow rates where spool-type flow control valves lack the resolution needed.

Quarter-turn isolation valves using a tapered or cylindrical plug element for fast, positive shutoff. Common at service points in hydraulic circuits integrated with industrial process piping where tight shutoff and chemical compatibility matter.

Limit downstream circuit pressure to a set value regardless of inlet conditions, protecting sensors, cylinders, and other downstream components while maintaining a stable secondary circuit pressure independent of the main system.

The primary overpressure protection device in any hydraulic circuit. Relief valves open to tank at a set cracking pressure to protect the pump, actuators, and plumbing from damage during overload conditions or end-of-stroke events.

Subplate-mounted valves that install between a directional control valve and its manifold, adding check, relief, flow control, or pressure reducing functions to an existing circuit without additional external plumbing or manifold machining.

Direct flow between multiple circuit branches from a single pump or input line, enabling one pump to serve multiple actuators or attachments in sequence. Widely used in mobile and agricultural equipment with interchangeable implement circuits.

Thread-in or press-fit cartridge elements installed directly in machined manifold cavities. Cartridge valves eliminate external fittings and hose connections between functional elements, reducing leak points and enabling compact, high-density circuit design.

Modular valve sections bolted in series on a common manifold, each section independently controlling one actuator circuit. Stack valve systems simplify hydraulic circuit design, field service, and machine reconfiguration through standardized interfaces.

Specialty valves for specific circuit management functions — including shuttle valves, unloading valves, sequence valves, and priority valves that route or sequence flow based on real-time system pressure and demand conditions.

Hydraulic control valves engineered specifically for commercial truck and work body applications — dump bodies, liftgates, and PTO-driven circuits — designed for durable weather-resistant performance in demanding mobile environments.

Solenoid coils, manual overrides, mounting subplates, gauge adapters, and protective caps that complete a valve installation and enable field adjustment, monitoring, and service without full line disconnection.

Solenoid coils, proportional amplifiers, position transducers, and control electronics that convert electrical signals into precise hydraulic actuation — the critical interface between a machine’s control system and its hydraulic circuits.