KIRANDY CBF-F440-ALP Hydraulic Oil Pump, Low Noise Gear Pump with Cast Aluminum Construction

The KIRANDY Gear Pump CBF-F410/416/F420/F425/F432/F440/F450-ALP/ALPL is a high-performance hydraulic oil pump designed for various applications requiring efficient fluid transfer. This specific model, CBF-F440-ALP, stands out due to its exceptional build quality and advanced features.

Constructed from durable cast aluminum, the KIRANDY gear pump ensures longevity and resistance to wear and tear. The material choice not only enhances its durability but also contributes to its lightweight design, making installation and handling much easier.

One of the standout characteristics of this hydraulic oil pump is its low noise operation. In environments where noise reduction is crucial, this pump provides an excellent solution, allowing for quieter operation without sacrificing performance. Alongside this, the smooth operation of the pump ensures consistent performance, minimizing the chances of vibration or disruptions during use.

The dimensions of the KIRANDY gear pump further contribute to its versatility. With a shaft diameter of 20 mm and a top disc diameter of 85 mm, it is engineered to fit various systems seamlessly. This compatibility makes it an ideal choice for those looking to upgrade their existing hydraulic systems or for new installations.

In terms of application, the KIRANDY CBF-F440-ALP pump is suitable for a wide range of hydraulic applications, making it a valuable addition to any workshop or industrial setting. It is particularly effective in scenarios that demand reliable and efficient fluid transfer, ensuring that operations run smoothly and effectively.

In conclusion, the KIRANDY Gear Pump CBF-F440-ALP is an exceptional product that combines robust construction with innovative design features. Its low noise and smooth operation make it an excellent choice for various hydraulic applications, ensuring reliability and efficiency in every use. Upgrade your system with the KIRANDY gear pump and experience the difference in performance.