Hydraulic components
Hydraulic pumps
Hydraulic pumps convert mechanical energy into hydraulic energy, powering various systems. They are essential for applications in construction, manufacturing, and automotive industries, ensuring efficient fluid movement and high performance in hydraulic machinery and equipment.
Gear pumps
Gear pumps use interlocking gears to move fluids, providing a steady flow and high efficiency, ideal for applications requiring consistent pressure.
Hand pumps
Hand pumps are manually operated, allowing for fluid transfer in remote locations or situations without power, commonly used in small-scale applications.
Tandem gear pumps
Tandem gear pumps feature two gear sets, enabling higher flow rates and pressure, suitable for complex hydraulic systems needing increased capacity.
Single vane pumps
Single vane pumps utilize a single rotor to create suction, offering smooth fluid flow, often used in low-pressure applications.
Double vane pumps
Double vane pumps enhance efficiency with two rotors, providing increased flow rates and quieter operation, ideal for hydraulic systems.
Plunger pumps
Plunger pumps use a plunger mechanism for high-pressure fluid delivery, perfect for applications requiring precise flow control and durability.
Variable displacement pumps
Variable displacement pumps adjust flow rates dynamically, enhancing efficiency in hydraulic systems by matching output to demand, reducing energy consumption.
Piston pumps
Piston pumps use pistons for high-pressure fluid movement, offering excellent performance in demanding applications, from industrial machinery to hydraulic systems.
Hydraulic valves
Hydraulic valves control fluid flow and pressure in hydraulic systems, ensuring optimal performance. Available in various types, they enhance efficiency, safety, and precision in applications ranging from industrial machinery to automotive systems. Durable and reliable, they’re essential for effective operation.
Directional control valves
Directional Control Valves manage the flow direction in hydraulic systems, enabling precise control of machinery movement. Essential for efficient system operation, they come in various configurations to suit specific applications.
Check valves
Allow fluid flow in one direction while preventing backflow, ensuring system integrity and preventing damage. These valves are vital for maintaining pressure and operational efficiency in hydraulic systems.
Poppet valves
Provide fast-acting, reliable control of fluid flow, ideal for high-pressure applications. Their simple design ensures durability and minimal leakage, making them crucial for hydraulic systems.
Mobile valves
Are designed for use in mobile equipment, offering reliable flow control in compact, versatile configurations. They enhance the performance and efficiency of hydraulic machinery in various applications.
Solenoid valves
Use electromagnetic actuation for precise control of hydraulic fluid flow. Their rapid response and reliability make them ideal for automated systems requiring accurate flow regulation.
4DL valve
Valves are designed for complex hydraulic systems, offering multiple flow paths for enhanced control and efficiency. They are essential for applications requiring precise, multi-directional fluid management.
Pressure relief valve
Protect hydraulic systems from excessive pressure, ensuring safe and reliable operation. They automatically release pressure when it exceeds a preset limit, preventing system damage.
Pressure reducing valves
Regulate and maintain a lower output pressure from a higher input pressure, ensuring system stability and protecting sensitive components from excessive pressure.
Pressure sequence valves
Control the sequence of operations in hydraulic systems, activating different components in a predetermined order. They ensure efficient and coordinated system performance.
Counter balance valves
Provide load-holding and control in hydraulic systems, preventing uncontrolled descent of loads. They enhance safety and precision in lifting and positioning applications.
Unloading valves
Divert fluid flow from high-pressure systems when not in use, reducing energy consumption and wear. They improve system efficiency and extend component life.
Flow control valves
Flow Control Valves regulate the flow rate of hydraulic fluid, ensuring optimal performance and efficiency. They are crucial for maintaining consistent operation in various hydraulic applications.
Needle valves
Offer precise flow control in hydraulic systems, allowing fine adjustments of fluid flow. Their design makes them ideal for applications requiring accurate regulation.
DC valves – Manual
Valves provide direct, hand-operated control of hydraulic fluid flow. They are essential for systems where manual intervention is needed for precise flow management.
Pressure control modules
Integrate multiple pressure control functions into a single unit, streamlining system design and improving performance. They are vital for complex hydraulic applications.
Prefill valves
Allow rapid filling of hydraulic cylinders, reducing cycle times and improving efficiency. They are critical for high-speed applications requiring quick fluid transfer.
Pressure switch
Monitor and control pressure levels in hydraulic systems, activating alarms or equipment when preset limits are reached. They ensure system safety and reliability.
NRV check valves
Valves prevent reverse flow in hydraulic systems, maintaining directional flow integrity. They are essential for protecting pumps and other components from damage.
Hydro motor
Hydro motors convert hydraulic energy into mechanical power, driving various industrial applications. Known for efficiency and durability, they enhance performance in systems requiring high torque and reliable operation.
Hydraulic seals
Hydraulic seals prevent fluid leaks and protect components from contaminants. Essential for maintaining system pressure, they ensure optimal performance and longevity in hydraulic machinery and equipment.
Hydraulic O rings
Hydraulic O rings provide a reliable sealing solution in hydraulic systems. Designed to withstand high pressures and temperatures, they ensure leak-free operation and enhance the longevity of machinery components.
