Prince Hydraulic Works

The PV2R24 Yuken vane pump is a high-pressure, low-noise hydraulic vane pump known for its high performance and long service life. It's a domestically produced product with advanced performance, a reasonable structure, and stable quality. This pump is designed for precision and low-noise applications and is widely used in various machinery, including cutting, plastic, leather, and engineering machinery. 

The VELJAN VT6CCM is a double vane pump designed for hydraulic applications. It is known for its high performance, quiet operation, and wide range of options. It is a fixed displacement pump, meaning it delivers a consistent volume of fluid with each rotation. 

The VELJAN VT6D is a fixed-displacement, high-performance single vane pump designed for hydraulic systems, known for its robust construction and reliable operation in demanding conditions, with a maximum pressure capability of 3500 psi (240 bar), a speed of up to 2500 rpm, and displacement ranging from 48 to 190 cm³/rev (2.90 to 11.62 in³/rev). It features a pin-vane design, a dry lubricant-coated camring for durability, and side feed holes for improved lubrication and pressure balancing, making it suitable for automotive and general machinery applications.
 

The VELJAN VTXBB2 is a double vane pump designed for high-pressure hydraulic applications in industrial settings. It's known for its robust construction, stable operation, and ability to perform reliably in demanding environments. This pump utilizes a vane-type mechanism to deliver a smooth and consistent flow of hydraulic fluid. 

Veljan Vt6dcc Double Vane Pump .                                                                                                    

The Veljan Vane Pump T6D is a fixed displacement hydraulic pump known for its robust design and high-pressure performance, commonly used in the automotive and machinery sectors. It features a black phosphate coating, operates at high pressures (up to 20 MPa), and has an adjustable displacement range from 10.8 to 269 ml/r.