Application

  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview of 166 series. Available in Santoprene, Viton, BUNA and EPDM, Shurflo® 166 Air Operated Demand Pumps employ a dual diaphragm design, with a patented fast action switching mechanism allowing for consistent flow and pressure. They are built for the toughest pumping applications and are available in a variety of elastomers that allow them to be compatible with mild caustic or acidic fluids. The Model 166 is ideal for chemical transfer, injection and spraying.
    • 2-Chamber Dual Diaphragm
    • Positive Displacement
    • On-Demand Operation
    • Chemically Resistant Polypropylene Body
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE ALLOW UP TO 14 DAYS FOR DELIVERY.*
  • Overview of 166 series. Available in Santoprene, Viton, BUNA and EPDM, Shurflo® 166 Air Operated Demand Pumps employ a dual diaphragm design, with a patented fast action switching mechanism allowing for consistent flow and pressure. They are built for the toughest pumping applications and are available in a variety of elastomers that allow them to be compatible with mild caustic or acidic fluids. The Model 166 is ideal for chemical transfer, injection and spraying.
    • 2-Chamber Dual Diaphragm
    • Positive Displacement
    • On-Demand Operation
    • Chemically Resistant Polypropylene Body
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE ALLOW UP TO 14 DAYS FOR DELIVERY.*
  • Overview of 477 series. The Shurflo® 477 AODD pump is designed for the most demanding industrial applications. With a dual diaphragm design and pneumatic spool valve, it provides long life and consistent flow. The 477 series contains specialized elastomers, allowing compatibility with the most caustic or acidic fluids.
    • High-Efficiency, No-Stall Pneumatic Spool Valves for Long Life
    • Up to 10 GPM Open Flow @ 100 PSI Air
    • Pumps Handle Caustic or Acidic Fluids, Including High-Viscosity Fluids
    • Industry Standard Mounting and Ports
    • Can Run Dry without Damage
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE ALLOW UP TO 14 DAYS FOR DELIVERY.*
  • Overview of 2088 series. Shurflo® 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of spraying and transfer applications that require flows of up to 4.0 GPM [14.4 l/min]. They can be mounted in any position, and are designed for easy maintenance.
    • Self-Priming up to 12 Vertical Feet [3.7M]
    • Chemically Resistant Materials
    • Automatic Demand
    • Built-In Check Valve (May Vary by Model) to Prevent Back Flow of Fluid
    • Supported for Agriculture
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE ALLOW UP TO 14 DAYS FOR DELIVERY.*
  • Overview of 2088 series. Shurflo® 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of spraying and transfer applications that require flows of up to 4.0 GPM [14.4 l/min]. They can be mounted in any position, and are designed for easy maintenance.
    • Self-Priming up to 12 Vertical Feet [3.7M]
    • Chemically Resistant Materials
    • Automatic Demand
    • Built-In Check Valve (May Vary by Model) to Prevent Back Flow of Fluid
    • Supported for Agriculture
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE ALLOW UP TO 14 DAYS FOR DELIVERY.*
  • Overview of 2088 series. Shurflo® 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of spraying and transfer applications that require flows of up to 4.0 GPM [14.4 l/min]. They can be mounted in any position, and are designed for easy maintenance.
    • Self-Priming up to 12 Vertical Feet [3.7M]
    • Chemically Resistant Materials
    • Automatic Demand
    • Built-In Check Valve (May Vary by Model) to Prevent Back Flow of Fluid
    • Supported for Agriculture
  • Overview of 2088 series. Shurflo® 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of spraying and transfer applications that require flows of up to 4.0 GPM [14.4 l/min]. They can be mounted in any position, and are designed for easy maintenance.
    • Self-Priming up to 12 Vertical Feet [3.7M]
    • Chemically Resistant Materials
    • Automatic Demand
    • Built-In Check Valve (May Vary by Model) to Prevent Back Flow of Fluid
    • Supported for Agriculture
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE ALLOW UP TO 14 DAYS FOR DELIVERY.*
  • Overview of 2088 series. Shurflo® 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of spraying and transfer applications that require flows of up to 4.0 GPM [14.4 l/min]. They can be mounted in any position, and are designed for easy maintenance.
    • Self-Priming up to 12 Vertical Feet [3.7M]
    • Chemically Resistant Materials
    • Automatic Demand
    • Built-In Check Valve (May Vary by Model) to Prevent Back Flow of Fluid
    • Supported for Agriculture
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE ALLOW UP TO 14 DAYS FOR DELIVERY.*
  • Overview of 2088 series. Shurflo® 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of spraying and transfer applications that require flows of up to 4.0 GPM [14.4 l/min]. They can be mounted in any position, and are designed for easy maintenance.
    • Self-Priming up to 12 Vertical Feet [3.7M]
    • Chemically Resistant Materials
    • Automatic Demand
    • Built-In Check Valve (May Vary by Model) to Prevent Back Flow of Fluid
    • Supported for Agriculture
  • Overview of 2088 series. Shurflo® 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of spraying and transfer applications that require flows of up to 4.0 GPM [14.4 l/min]. They can be mounted in any position, and are designed for easy maintenance.
    • Self-Priming up to 12 Vertical Feet [3.7M]
    • Chemically Resistant Materials
    • Automatic Demand
    • Built-In Check Valve (May Vary by Model) to Prevent Back Flow of Fluid
    • Supported for Agriculture
  • Overview of 2088 series. Shurflo® 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of spraying and transfer applications that require flows of up to 4.0 GPM [14.4 l/min]. They can be mounted in any position, and are designed for easy maintenance.
    • Self-Priming up to 12 Vertical Feet [3.7M]
    • Chemically Resistant Materials
    • Automatic Demand
    • Built-In Check Valve (May Vary by Model) to Prevent Back Flow of Fluid
    • Supported for Agriculture

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