Technical Information

Bonve's 4th-generation cam-type twin-rotor pump ensures constant assembly clearances through multi-dimensional manufacturing processes. Leveraging fluid suspension effects and thermal deformation adaptive mechanisms, it achieves dynamic frictionless operation. This contactless design eliminates efficiency degradation, media denaturation, and product contamination caused by wear, while continuously optimizing boundary friction control through smart materials and nano-surface engineering.

Bonve's 4th-generation cam-type twin-rotor pump ensures constant assembly clearances through multi-dimensional manufacturing processes. Leveraging fluid suspension effects and thermal deformation adaptive mechanisms, it achieves dynamic frictionless operation. This contactless design eliminates efficiency degradation, media denaturation, and product contamination caused by wear, while continuously optimizing boundary friction control through smart materials and nano-surface engineering.

Based on its profound technical accumulation, Bonve Pump Industry has launched the fourth-generation cam-type double-rotor pump. Its design originates from the in-depth verification of more than 3,000 kinds of fluids in fine chemicals, food, papermaking and other industries. The pump drives the two rotors to rotate in the opposite direction through synchronous gears, realizing contact-free and shear-free positive displacement transportation.

The progressive refinement mechanism of Bonve FHC's multi-layer stator-rotor system and multi-channel head design – how they replace traditional equipment to simplify processes in chemical neutralization, and their value in handling complex materials through broad pressure/flow adaptability.

"The triple stator-rotor synergistic emulsification mechanism and dual water-cooled sealing technology of the FHM3 homogenizer mixing pump – how they streamline traditional production lines and enhance product quality, with application scenarios illustrating the value of optional heating/cooling modules, emphasizing its pivotal strengths in mass continuous production."

The mixed homogenizing emulsification pump integrates multiple functions, using high-speed stator-rotor shear forces to forcibly refine and emulsify immiscible materials, ensuring stability and efficiency. Its power and versatility (multi-stage options, corrosion-resistant materials) make it essential for elevating productivity and quality in food, chemical, pharmaceutical, and other industries.