Flat blade pump (unobstructed pump)

A flat blade pump is made up of a special flat plate as the impeller, which is driven by its own physical viscosity and the special structure of the flat impeller to form laminar flow of the medium, pulling the fluid medium from the inlet into the outlet. Centrifugal flat blade pump relies on its physical viscosity to drive and form laminar flow with the medium to transport fluid media. So the medium flows in a strip like manner without impact inside the pump, and the flow layer in contact with the impeller and the pipe wall moves synchronously with the impeller without friction. Without the impact of the medium, it can damage your product and protect the laminar flow of the pump. Therefore, the flat blade pump (non clogging pump) can fundamentally solve the common problems of product damage, such as wear and tear of the impeller and pump body caused by the medium, clogging of the impeller, and cavitation. The special function of the flat blade pump enables the pump to be more reliable, superior, economical, and efficient in harsh conditions. The most important thing is that the product does not damage the medium. Suitable for conveying media of different viscosities and high viscosity media. Medium containing particles and requiring protection of particles from damage. It is necessary to gently transport media that are not susceptible to centrifugal high-speed impact. Scope of use: Suitable for conveying media of different viscosities and high viscosities, media containing solid particles up to 75% (can be designed to transport 30-80MM particles according to requirements) and media that need to protect particles from damage, media containing gas or air content up to 68%, cotton pulp and wood pulp containing various fibers, media that need to be gently conveyed and should not be subjected to centrifugal high-speed impact, and sewage and garbage. Advantages: The special function of the flat blade pump makes it more reliable, superior, economical, and efficient for harsh conditions. At the same time, the most important thing is that it does not damage the medium, even fragile blood cells, which will not be damaged by the flat blade pump (non clogging pump). Moreover, it can transport particles, long fibers, and debris without entanglement or blockage. When conveying pulp with a flat blade pump, there is no impact passing through, ensuring the uniformity of the fluid without dehydration or any fiber loss. The mechanical advantages of a flat blade pump are no impact, no pulse, no radial load, and no wear, so it does not require too many parts replacement and maintenance. Widely used in industries such as pharmaceuticals, biotechnology, chemical wastewater, wine, starch, papermaking, and food. The pump has excellent performance, reasonable structure, and reliable use.

This is a sanitary flat blade pump used for transporting plasma, juice, and dairy products, with minimal product loss. Juice is sensitive to impact and wear, and users require it to be completely undamaged. Any other type of pump causes a product loss of 20-40%, while using our flat blade pump (non clogging pump) reduces this number to zero!

No need for strict tolerance fitting
Sanitary grade flat blade pump, flat blade pump is not a centrifugal pump, displacement pump, or vane pump. The unique structure is the best combination of the performance of traditional sanitary pumps and the pump technology that can cope with harsh working conditions.
No radial load
The flat blade pump uses the latest patented technology, which has no usage record on any other pump. The flat blade pump fully utilizes the natural forces of boundary flow layer and viscous action.
No impact
The boundary flow layer is the boundary where fluid molecules gather, and it rotates with the blade. This creates a natural and protective buffer zone that can separate the fluids in the pump chamber.
No pulsation
Through viscous drag, the liquid smoothly passes through the pump chamber without any impact phenomenon. Excessive fluid molecules in the boundary layer absorb and drag parallel fluids.
Smooth sheet-like flow
This is the basic principle of viscous drag. A flat blade pump (non clogging pump) can smoothly "pull" the fluid medium out of the flat blade into the outlet in a sheet shape without vortex or vibration.
Medium containing gas and air
Due to non impact and laminar flow, even bubbles will not rupture during transportation. They pass through the flat impeller as smoothly as solid particles. When the fluid conveyed by the flat blade pump contains more than 70% gas, there will be no explosion or rupture of bubbles, and no cavitation, noise, vibration or other phenomena will occur.