Industrial Pumps

Hayes Pump has the right selection of industrial pumps, as well as commercial and municipal pumps to fit your needs.  We work with all types of applications –  from water to corrosive chemicals, and everything in between.  Our Sales Engineers can assist in your selection and help ensure your pumps will be operating at peak efficiency no matter what your application.

Industrial Pumps, Commercial and Municipal

  • End Suction
  • ANSI
  • Non-Metallic (Lined and Sealed)
  • Mag Drive
  • Sump Pumps
  • Axial Flow
  • Vertical Turbine

  • Vane
  • Pulp & Paper Process
  • API Process
  • Split case
  • Double Suction
  • Multi-Stage
  • Rotary Gear
  • Centrifugal
  • Air-Powered Piston
  • Abrasive Slurry Handling
  • Sanitary
  • Self-Priming
  • Air Operated Double Diaphragm (AODD)

Pumps are a critical component of how our world functions today.  Industrial pumps are a part of most manufacturing processes.  Commercial pumps keep office buildings open for business.  Municipal pumps provide fresh water for our cities and clear wastewater from our cities.

We also offer:

Pump Control Systems
Fuel Oil Pump Sets
Engineered Pump Systems
Inline Strainers | Process Filters

Contact us today to let Hayes Pump help choose the right pump for your specific needs.

Pump Types and Examples

  • End Suction pumps –  pumped liquid increases velocity as it moves along the vanes of the impeller. Then the liquid moves into the volute casing, where a diffusion process converts the high velocity to high pressure.  
  • ANSI pumps – the only pumps in the US that are dimensionally standard as deemed by the American National Standards Institute.
  • Non-Metallic (Lined and Sealed) Pumps –  withstand a wide range of severe service applications by being corrosion resistant, and abrasion resistant.
  • Mag Drive Pumps – their primary feature is that shaft of the motor does not extend into the interior pump eliminating the need for a shaft seal which prevents any leakage, which lowers the cost for maintenance.
  • Sump Pumps –  usually installed in sump pits, where water flows into the sump pit through drains or by natural migration through the soil.
  • Axial Flow Pumps – consists of an axial impeller in a pipe which can be driven directly by a sealed motor.
  • Vertical Turbine Pumps – designed to move water from a well that is deep under ground.
  • Vane Pumps – best at handling low viscosity liquids. Have no internal metal to metal contact.
  • Pulp & Paper Process Pumps – perfect for the pulp and paper industry, known for tough abrasive processes.
  • API Process Pumps – meets the American Petroleum Institute standard for pumps handling hydrocarbons.
  • Split Case Pumps – casing is split into two separate chambers which is less costly for high flow applications.  The impeller can be supported by bearings on both sides.
  • Double Suction Pumps – receives suction liquid in both sides of the impeller which balances the thrust of the impeller.
  • Multi-Stage Pumps – utilize more than one impeller and can be mounted on the same or on different shafts.
  • Rotary Gear Pumps – meshing of gears pumps the fluid through displacement. Example: +Viking Pumps
  • Centrifugal Pumps – utilizes an impeller to move water and many other liquids.
  • Air-Powered Piston Pumps – use high pressure air to power or move the piston.
  • Abrasive Slurry Handling Pumps – capable of handling high amounts of abrasive solids and mixtures.
  • Sanitary Pumps – used to transport food and agriculture in operations that require cleanliness. Example: +Wrightflow Technologies
  • Self-Priming – a type of centrifugal pump that uses an air to water mixture.
  • Air Operated Double Diaphragm (AODD) – use compressed air as a power source. Example: +Warren Rupp Sandpiper