Embrace the innovation of the flat vane pump, a marvel not confined by strict tolerance matching. Unlike conventional centrifugal, displacement, gear, or vane pumps, it boasts a unique structure that harmoniously blends traditional pump performance with cutting-edge technology, perfect for challenging environments.
Experience the freedom of no radial load with the flat vane pump. Utilizing the latest patented technology, exclusively unique to this model, it maximizes the natural force of boundary flow layers and viscous driving for unmatched performance.
Bid farewell to impact! The boundary flow layer, where fluid molecules congregate, rotates in harmony with the flat vane, creating a natural, protective buffer zone that separates the pump cavity from the fluid, ensuring smooth operation.
Enjoy uninterrupted flow with no pulse, ensuring consistent and reliable performance.
Through the power of viscous pulling, fluid traverses the pump cavity smoothly, free from impact. The boundary layer absorbs and integrates surplus fluid molecules into a parallel, harmonious flow.
Experience the elegance of smooth sheet flow, a fundamental principle of viscous pulling.
The flat vane pump masterfully guides the fluid medium from the flat vane to the outlet in a seamless sheet form, avoiding eddy currents and turbulent flow.
The non-impact, sheet flow mechanism of the flat vane pump mirrors the serenity of fluid flowing directly through a pipe. The flow layer adjacent to the tube wall remains static relative to the flat vane, creating a protective boundary layer. This viscous pulling effect ensures a smooth transition of laminar flow into a coherent sheet flow.
Rest assured, no impacting parts will compromise your product. The boundary layer acts as a safeguard for the pump, eradicating blockages, cavitation, excessive wear, and potential damage to the product and medium. Under demanding conditions, the flat vane pump stands out for its reliability, efficiency, economy, extended lifespan, and minimal maintenance, all while preserving the medium and product integrity.