FORCE Engineered Products, Inc
72 South Main Street, Suite 12
Homer, NY 13077
(585) 396-3340

support@myliquiflo.com


Liquiflo Gear & Centrifugal Pumps
Sealed & Mag Drive

For corrosive, hazardous, or difficult to handle fluids with guaranteed performance

Liquiflo gear pumps, which can be supplied in a variety of materials and sizes, are particularly suited to metering applications where the combination of pulse-free flows and small volumes are important.

The Liquiflo gear pump range offers you a choice of over 22 different pump sizes, covering four types of pumps; the 3 Series, 4 Series, H Series, and the H2-Mini Pump. The 4 Series magnetically coupled pump is capable of flows up to 3 gpm and a maximum of 270 psi and is designed to be close-coupled to IEC71, 145TC, and 56C frame motors. The 3 Series, supplied either as magnetically coupled or conventionally sealed, delivers flows up to 55 gpm and a maximum of 270 psi. The H Series, available as magnetically coupled or conventionally sealed, is capable of flows up to 27 gpm and a maximum of 350 psi.

The key hydraulic features include, pulse-less flows, low NPSH, high metering accuracy from 0.5 to 2.0%, self-priming, low flow with high head on thin fluids (0.3cps) and ability to transfer high viscosity fluids (up to 100,000cps). Liquiflo pumps meet the critical demands of safety and reliability with features such as highly corrosive resistant materials and rugged construction, while the magnetic drive designs eliminate the potential for leakages as there are no shaft seals to maintain.

Liquiflo gear pumps are available in a wide choice of materials, housings can be supplied in 316 stainless steel, Hastelloy C 276 and Titanium. Internal components can be specified in special materials, such as PEEK,  Teflon, silicon carbide, tungsten carbide, carbon, or Ryton.

Specific applications include pumping molten sulfur as part of a sulfuric acid manufacturing process, taking samples of hydrocarbon including crude oil to feed through analyzers, pumping boiling solvents from distillation columns, pumping  hydrochloric acid on metering applications in pulp and paper mills and pumping photographic chemicals and emulsions in the production of photographic film and paper.


Gear Pumps                           Specs | Curves | Dimensions | IOM | Parts ID | Model Code
3 Series

•  0.01 to 55 gpm  Discharge to 270 psi  Temperatures to 600° F Viscosities to 30,000 cps

4 Series

•  0.01 to 3.1 gpm  Discharge to 270 psi  Temperatures to 600° F Viscosities to 4,500 cps

H Series  

       •  0.01 to 27.5 gpm  Discharge to 350 psi  Temperatures to 500° F Viscosities to 100,000 cps

H2 Series

•  0.01 to 95gph  Discharge to 250 psi  Temperatures to 500° F Viscosities to 1,500 cps

Centrifugal Pumps                  Specs | Curves | Dimensions | IOM | Parts ID | Model Code

62 Series and 64 Series non ANSI, sealed and seal-less mag drive, max 90 gpm, max 310 ft

Centry Series magnetically coupled centrifugal pumps are engineered and manufactured for the user with increased needs for equipment reliability and where sealing, safety or maintenance are concerns. These pumps are specifically designed to handle the lower flow applications that create maintenance problems for ANSI magnetically coupled pumps operating at less than (BEP) to meet flow requirements.
Endura MC and Endura MCHT magnetically coupled ANSI pumps are engineered and manufactured for equipment reliability where sealing, safety or maintenance are a concern. These pumps are specifically designed to handle the most demanding applications, the ones that create most of your ANSI pump problems.
Endura Air Barrier  pump when you need
  • reliable equipment with a proven record

  • pumps that must run at other than the Best
    Efficiency Point (BEP) at shut-off and run-out

  • trouble free (indefinite) dry running capability

  • environmental and workplace safety with secondary
    containment

  • zero emissions - no seal leakage
    solids handling capability, up to 40% by weight
    increased operational efficiency
    low maintenance needs with less MTBM