Discflo

Disc pumps since 1982

When the pump keeps failing,
the pump is the problem.

Abrasives, high viscosity, entrained air, stringy solids, shear sensitive product. Our disc pumps move them by viscous drag instead of an impeller — which is why they last where other pumps do not.

Cutaway of a Discflo disc pump showing the parallel disc pack
1982
Building disc pumps since
10,000+
Pumps in service worldwide
5,487
Customers served
<5%
Of revenue from replacement parts
Made in AmericaMade in America
ISO 9001:2015ISO 9001:2015
CE CertifiedCE Certified
ATEX CertifiedATEX Certified
Saudi AramcoSaudi Aramco
Hydraulic InstituteHydraulic Institute

The Discflo difference

Not centrifugal. Not positive displacement.

Discflo disc pumps are not centrifugal, positive displacement, gear, or lobe pumps. They use smooth parallel discs and the properties of the fluid itself to move it — which is why they handle what other pumps cannot.

How a disc pump works →
Discflo pumps on the factory floor in Santee, California
  1. 01

    A boundary layer forms

    A boundary layer of fluid molecules collects and rotates with the discs. This creates a natural, protective buffer that separates the pump from the fluid.

  2. 02

    Viscous drag moves it

    The rotating discs transfer momentum to the fluid by viscous drag rather than direct impact or centrifugal force, which eliminates damaging turbulence and shear.

  3. 03

    It leaves in parallel streams

    Fluid is pulled through the pump without impingement. The boundary layer attracts and drags successive layers of fluid molecules into layered flows of parallel streams.

Running in plants at

Coca-ColaProcter & GambleCargillBPDuPontTyson Foods

Tell us what you are trying to pump.

Flow, head, viscosity, solids and temperature is enough to get started. Every Discflo pump is engineered to the application, so the conversation starts with the fluid, not the catalogue.

Size a pump

or call 1-800-DISCFLO