Chemical Processing Pumps
-
Finish Thompson Pumps (FTI)
Finish Thompson Magnetic Pump
KC22PCVNO602116
$7,087.58Chem duty Finish Thompson Magdrive sealless pumps designed for chemical processing and the highest level of reliability.All series KC pumps from FTI feature Neodymium Rare-Earth magnets. The resultant superior benefits over traditional ceramic...
7-1/2HP 230/460v ChemDuty Learn More -
Finish Thompson Pumps (FTI)
Finish Thompson Magnetic Pump
KC22VCVNO602116
$7,104.28Finish Thompson Inc. Magdrive sealless pumps designed for chemical processing and the highest level of reliability.All series KC pumps from FTI feature Neodymium Rare-Earth magnets. The resultant superior benefits over traditional ceramic mag pu...
-
Finish Thompson Pumps (FTI)
Finish Thompson Magnetic Pump
KC32PCVO602113
$8,970.78Finish Thompson Inc. Magdrive sealless pumps designed for chemical processing and the highest level of reliability.All series KC pumps from FTI feature Neodymium Rare-Earth magnets. The resultant superior benefits over traditional ceramic mag...
-
Finish Thompson Pumps (FTI)
Finish Thompson Magnetic Pump
KC32PCVO602115
$7,079.74Finish Thompson Inc. Magdrive sealless pumps designed for chemical processing and the highest level of reliability.All series KC pumps from FTI feature Neodymium Rare-Earth magnets. The resultant superior benefits over traditional ceramic mag...
-
Finish Thompson Pumps (FTI)
Finish Thompson Magnetic Pump
KC32VCVO602113
$11,452.24Finish Thompson Inc. Magdrive sealless pumps designed for chemical processing and the highest level of reliability.All series KC pumps from FTI feature Neodymium Rare-Earth magnets. The resultant superior benefits over traditional ceramic mag...
-
Finish Thompson Pumps (FTI)
Finish Thompson Magnetic Pump
KC32VCVO602115
$9,561.20Finish Thompson Inc. Magdrive sealless pumps designed for chemical processing and the highest level of reliability.All series KC pumps from FTI feature Neodymium Rare-Earth magnets. The resultant superior benefits over traditional ceramic mag...
