FTI's Drum Pump

Finish Thompson is an expert in the design and manufacture of highly reliable and heavy–duty drum pumps for any type of fluids from freshwater to solid-laden wastewater to viscous fluids, acids, bases, flammables, and so much more.

Each model underwent a rigorous process from computational fluid dynamics and design to manufacturing and testing using the latest production tools and materials. FTI drum pumps are engineered for the faster and smoother handling of fluids, enabling transfer in just a few minutes.

Features & Benefits

Know more about the features & benefits of using FTI's Drum Pump.

PF series has a unique double suction impeller
EF series is an economical alternative for light-duty transfer
TT series features PTFE screw-type lifting compressors
BT screw and HVDP progressive cavity for high viscosity high head pumping
TB series of lightweight drum pumps for low to medium viscosity
TM series of sealed mixer pumps has 4-blade turbine mixing capability

Available Options

We customise pumps according to your specific application. Get in touch with us to know your options.

Variety of options
Sealed or sealless
Single or twin impeller
ATEX models
FDA compliant options
Spare parts and accessories
Material options
Baseplate

Applications

Here is a list of industrial applications for which FTI's Drum Pump are commonly utilized.

Acids, bases
Solvents
Flammables
Water treatment chemicals
Cleaners, plating solutions
Kidney dialysis solutions
Sanitary
Diesel exhaust fluid (DEF)/AdBlue
Plating solutions
Sodium hypochlorite
Resins
Waxes

OUR RANGE OF AVAILABLE FTI DRUM PUMP SERIES

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PRINCIPLE OF OPERATION

In general, FTI drum pumps consist of a motor section (air or electric driven), an immersion tube, and a pump section. The motor sits on top of the immersion tube, which is outside the container. The immersion tube fits through an opening on the top of the container. The pump section is located at the lower end of the immersion tube. The drum pump is driven from the top of the immersion tube, using an extended shaft. The pumped liquid flows between the sleeve and the tube to the discharge port at the motor end of the immersion tube. Depending on the viscosity of the fluid, barrel pumps come in single, double, or multiple impellers for low, medium, and heavy viscous fluids, respectively.

    MODELS
    MAX FLOW m3/h
    MAX HEAD m
    MAX SPEC GRAVITY
    MAX VISCOSITY (cP)
  


    PF
    up to 9.08
    up to 24.4
    1.8
    up to 2,000 (electric motor)
up to 330 (air motor)
  

    EF
    Up to 3.86
    Up to 6.1
    1.6
    300 cP (electric/air motor) 100 cP (12V motor)
  

    TT
    up to 3.63
    Up to 9.14
    1.8
    500 (electric motor)
2,000 cP (air motor)
  

    BT
    Up to 2.27
    60.96 (BTS) 91.44 (HVDP)
    1.8
    (BTS) 15,000
(HVDP-HR) 20,000 (HVDP-LR) 100,000
  

    TB
    Up to 4.54
    (TBS) 8.53 (TBP) 12.04
    1.4
    200
  

    TM
    3.18 (MAX CIRCULATION)
    
    1.8
    1000
  


  

MODELS	MAX FLOW m3/h	MAX HEAD m	MAX SPEC GRAVITY	MAX VISCOSITY (cP)
PF	up to 9.08	up to 24.4	1.8	up to 2,000 (electric motor) up to 330 (air motor)
EF	Up to 3.86	Up to 6.1	1.6	300 cP (electric/air motor) 100 cP (12V motor)
TT	up to 3.63	Up to 9.14	1.8	500 (electric motor) 2,000 cP (air motor)
BT	Up to 2.27	60.96 (BTS) 91.44 (HVDP)	1.8	(BTS) 15,000 (HVDP-HR) 20,000 (HVDP-LR) 100,000
TB	Up to 4.54	(TBS) 8.53 (TBP) 12.04	1.4	200
TM	3.18 (MAX CIRCULATION)		1.8	1000