Valves

Pilot check valves maintain a constant pressure in the hydraulic circuit, allowing the load to remain stable at the set position. At the same time, they provide safety to the system, as in the event of a leak before the valve, the rest of the circuit remains unaffected.

Overturning plough valves allow for the plow to be reversed with a single command and keep the system stable at the set position. They are used in plows, enabling the adjustment of the plow's angle as well as the wheel, providing precise control over the movement and direction.

Relief valves ensure that the pressure in the hydraulic system remains constant, and pressure control is achieved in different sections of the circuit, preventing overpressure and protecting the equipment.

Counterbalance valves control the downward movement of loads and prevent their uncontrolled descent. Ideal for systems with heavy loads, ensuring safety and precision in flow control.

Flow regulators control the flow rate of fluid in a hydraulic system, allowing for precise adjustment of the speed of cylinders or other actuators. They are ideal for applications that require flexible flow control.

Swivels joints allow the rotation of hoses without causing distortion or bending in the hydraulic lines. Ideal for applications with moving components, they provide flexibility and protect the circuit from stress and wear.

Quick coupling systems allow for the immediate and secure connection of multiple hydraulic lines with a single motion. Ideal for tractors, cranes, and heavy machinery where speed and safety are essential.

Quick couplers allow for the fast and secure connection and disconnection of hoses in hydraulic systems. They are used in applications that require frequent component changes and high pressures.

Pneumatic quick couplings allow for the rapid connection and disconnection of air hoses to pneumatic systems, making them ideal for machines and tools. They are used in air compressor systems and pneumatic tools.

Ball valves are used to control and direct the flow in hydraulic systems. There are two-way valves, which function as a lock for the circuit, completely stopping the flow. Additionally, there are three-way, four-way, six-way, and eight-way valves, which act as pressure direction selectors, allowing the flow to be directed to different circuits or components.

Spool valves provide direct management of the flow and direction of pressure in hydraulic systems. They typically operate with a mechanical lever, offering precision and durability. However, there is also the option of electric control for more modern and automated applications.

Solenoid valves are used to create additional lines in the hydraulic system, allowing for more movements with the same lever. The selection of the line is made simply by pressing a button, without the need for additional controls or piping installation, making the system more flexible and efficient.