FTI's Sealless Mag Drive

Finish Thompson Inc’s mag-drive and sealless pumps are recognized globally as some of the most efficient chemical pumps available. They feature superior quality construction which makes them perfect for demanding applications.

Equipped with powerful neodymium magnets‚ FTI ensures their mag-drive pumps can run for hours with great efficiency. The carbon bushings used in their pumps allow dry running for hours without damage. Finally, the completely encapsulated magnets and a vapor barrier between the wet end and motor adapter secure the pump from corrosive vapors in harsh pumping environments.

Features & Benefits

Know more about the features & benefits of using FTI's Sealless Mag Drive.

Long hours of safe dry-running
Leak-free and low maintenance
Rugged, corrosion-resistant construction for longevity
Deep-lift capabilities and fast priming
Extreme energy efficiency
Withstands demanding solid handling applications

Available Options

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

Wide range of sizes
Seal options
Impeller sizes
Material options
Spare parts
Mounting

Applications

FTI's Sealless Mag Drive are commonly utilized in difficult fluid handling such as:

Abrasive liquids
Acids
Bases
Corrosives
Flammables
Inorganic solutions
Slurries
Liquids with entrained gasses
Organic liquids

MSDB

MSKC

OUR RANGE OF AVAILABLE FTI's Sealless Mag Drive

Principle of Operation

The operating principle of a magnetic drive pump is very simple. A magnetic coupling consists of two magnet assemblies. One is the outer assembly or the drive magnet and the other is the inner assembly or the driven magnet. The outer assembly is connected to a motor and the inner assembly is directly attached to the impeller. At rest, the magnet components of the outer assembly are aligned with their counterparts in the inner assembly. When the load (torque) is applied, the coupling deflects angularly and the magnets create a force of simultaneous attraction and repulsion. This force is used to transfer torque from the motor to the impeller and is what pumps the fluid out.

Talk to Experts

Plastic Mag Drive

MSDB

Plastic Mag Drive

Self-Priming Mag Drive

Plastic Mag Drive

MSKC

Multi-Stage Mag Drive

    MODELS
    DB
    SP
    UC
    MSKC
    KC
  


    DESCRIPTION
    PLASTIC MAG DRIVE
    PLASTIC MAG DRIVE
    SELF-PRIMING MAG DRIVE
    HEAVY DUTY ANSI MAG DRIVE
    MULTI-STAGE MAG DRIVE
    PLASTIC MAG DRIVE

  

    MAX HEAD
    Up to 61.3 m
    Up to 93.4 m
    Up to 53.34 m
    Up to 150 m
    Up to 30.18 m
    Up to 46.02 m
  

    MAX FLOW
    Up to 50.19 m3/h
    Up to 15.85 lph
    Up to 57.46 lph
    Up to 329.33 lph
    Up to 13.85 lph
    Up to 54.74 lph
  

    VARIATIONS
    14
    2
    4
    18
    1
    12
  


  

MODELS	DB		SP	UC	MSKC	KC
DESCRIPTION	PLASTIC MAG DRIVE	PLASTIC MAG DRIVE	SELF-PRIMING MAG DRIVE	HEAVY DUTY ANSI MAG DRIVE	MULTI-STAGE MAG DRIVE	PLASTIC MAG DRIVE
MAX HEAD	Up to 61.3 m	Up to 93.4 m	Up to 53.34 m	Up to 150 m	Up to 30.18 m	Up to 46.02 m
MAX FLOW	Up to 50.19 m3/h	Up to 15.85 lph	Up to 57.46 lph	Up to 329.33 lph	Up to 13.85 lph	Up to 54.74 lph
VARIATIONS	14	2	4	18	1	12