Our multi-function hydraulic cartridge valves provide load-sensing, flow regulation, leakage reduction and pressure compensation to reduce the hydraulic footprint of your equipment. Use fewer valves, have a smaller manifold, save space and reduce cost. (read more)
New Patented Solenoid-Operated On/Off or Proportional Valves with Integral Piloting or Load-Signaling Capability can Reduce Manifold Space Claim. (read more)
Our website has been redesigned with a fresh new look and updated with information about our latest products and services.
The new site features streamlined navigation, an expanded Machine Control Solutions Library, a site search, and a News Ticker to keep you informed of the latest changes to HydraForce Products. (read more)
New CoreTek Machine Controls are now available.
These general-purpose programmable controllers are designed to optimally control electro-hydraulic valves. They can be used as stand-alone controllers, or for integrating into a CAN network with other devices. They feature flexible input and output configuration, and are capable of driving up to 3.0 Amps per output pin. (read more)
Up to 5000 psi of main system pressure can be plumbed directly into the steel adapter of the PRES50-30, allowing you to use an aluminum manifold in high pressure applications. The PRES50-30 is rated for flows up to 11.3 lpm/3 gpm, making it suitable for most pilot and secondary applications. It is a direct-acting, spool-type valve which acts as a pressure regulator for secondary circuits. (read more)
When combining an EFDR2 and proportional fan drive valve in a custom manifold you can take advantage of a reduced price on the controller. Look for the EH Bundled solution now in i-Design to take advantage of the savings. The fan drive bundled machine solution comes with our EFDR2 Fan Drive Controller and our Patented TS series-- proportional pressure control valve. (read more)
New HyPerformanceTM Solenoid Valves are now available for prototyping. These Valves are designed to offer the industry's highest level of valve performance, enabling the most reliable application of cartridge technology in high duty-cycle, high-horsepower and high-pressure machine applications. (read more)
Easily Create Custom Integrated Manifolds using i-Design V.3
HydraForce's new i-Design Hydraulic System Design Software allows you to create custom integrated manifolds from the very beginning design stages all the way through pricing and quoting to your customers. And the best part is that it's FREE!!!
The Complete Library of HydraForce components is now available for PRO-E, Solidworks, and CAD system designers. (read more)
The complete line of 5-way, 3-position cartridge valves is now available in standard 08 size and 10 size cartridges. Both the 57C/D and the 58C/D models feature a load-sense port which helps to simplify your hydraulic circuit while reducing your overall part count. (read more)
In our Electronic Compensation Solution, pressure transducers and an ECU are used to sense the load being applied to the various machine functions. The ECU program monitors the pressure at several points in the circuit to optimize pump flow in relation to the speed demanded by the operator. (read more)
The SP16-20 and SP16-21 proportional directional valves offer very high flow capabilities. These poppet-type valves are ideal for low-leakage blocking and load-holding applications. The SP16-20 is now rated up to 333 lpm/88 gpm, and the SP16-21 is rated up to 265 lpm/70 gpm. (read more)
A high-accuracy heavy-duty pressure sensor with 1% total error band accuracy
accomplished by marrying a high performance ASIC to a very stable, field-proven
polysilicon, thin-film pressure sensor. This sensor is intended for use in
demanding industrial and off-highway equipment. (read more)
HydraForce CAN networked keypads are designed for machine control systems using the J1939 communication standard. These black keypads are available in 8-button or 20-button models, and feature tactile operation which allows the operator to feel actuation even when wearing gloves. (read more)