Logotipo de Machinery Tonkee
Starting with the CBK-F0.63, Este modelo es una bomba hidráulica de engranajes compacta y liviana con un desplazamiento de 0.63 centímetros cúbicos por revolución.
It is suitable for low-flow applications that require precise fluid delivery. The CBK-F0.63 offers a maximum pressure of 20 MPa and a maximum rotational speed of 3500 revoluciones por minuto (Rpm). Presenta una construcción robusta, incorporating high-quality materials to ensure long-lasting performance.
Moving on to the CBK-F2.1, this model offers a higher displacement of 2.1 centímetros cúbicos por revolución, making it suitable for applications requiring a moderate flow rate. Proporciona una presión máxima de 16 MPa and a maximum rotational speed of 3000 Rpm. The CBK-F2.1 maintains the same durability and reliability as the rest of the Changyuan Hydraulic Gear Pump series.
Next in line is the CBK-F8, a powerful hydraulic gear pump designed for high-flow applications. Con un desplazamiento de 8 centímetros cúbicos por revolución, puede manejar sistemas hidráulicos exigentes con facilidad. The CBK-F8 offers a maximum pressure of 16 MPa and a maximum rotational speed of 2000 Rpm. Its sturdy construction ensures efficient operation and prolonged service life, incluso bajo cargas pesadas.
Finalmente, we have the CBK-F3.2, which strikes a balance between flow rate and pressure.
Con un desplazamiento de 3.2 centímetros cúbicos por revolución, es adecuado para una amplia gama de aplicaciones. The CBK-F3.2 can generate a maximum pressure of 16 MPa and operate at a maximum rotational speed of 2500 Rpm. Like other models in the series, it features reliable performance and robust construction.
All the Changyuan Hydraulic Gear Pump models mentioned above incorporate advanced hydraulic technology to minimize energy losses and maximize efficiency. These pumps are designed to work smoothly with various hydraulic fluids, Garantizar la compatibilidad con diferentes requisitos del sistema.. They are also equipped with precision-machined gears and bearings to reduce noise and vibration during operation.
