Technical Information

In the fluid conveying industry, the performance of equipment directly affects production efficiency and quality. Rotor pumps, with their remarkable advantages, have become the pillar of the industry, and their outstanding performance is worth exploring in depth...

When does it become necessary to adjust the rotational speed and flow rate of a rotor pump? This article elaborates from aspects such as changes in industry production processes, equipment abnormalities, and production scale adjustments, and combines the cases of Bonve Pump Industry to analyze the necessity and application scenarios of the adjustment.

Bonve cam rotor pumps for industrial fluid transportation utilize non-contact rotors and precision flow channels to achieve low-pulsation and strong self-priming capabilities, suitable for high-viscosity and particle-laden media. The modular wear-resistant sealing balances reliability with maintenance convenience, applied in wastewater treatment, food & pharmaceuticals, and petrochemical industries to provide efficient solutions for multiple working conditions.

Rotor pumps, relying on their unique working principle, can efficiently transport various high-viscosity and particle-laden media. However, during actual operation, rotor pumps inevitably encounter some issues. Understanding these problems and their corresponding solutions can effectively help address...

When industrial fluid transportation faces the dual challenges of energy costs and equipment stability, the rotary lobe pump, with its "hardcore strength" of high efficiency and energy conservation and its rock-solid stable performance, has become a crucial tool for enterprises to reduce costs, increase efficiency, and optimize production. What exactly are the secrets behind it?

In the modern industrial production system, rotor pumps and screw pumps, as typical representatives of positive displacement pumps, are widely used in industries such as chemical engineering, food, and pharmaceuticals due to their characteristics of being able to convey high-viscosity media and having relatively high delivery pressures. However, there are significant differences between the two in terms of structural design, performance, and maintenance costs, and these differences directly affect their applicability under different working conditions...