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What are the features and benefits of mag drive pumps that make them superior to other centrifugal pump designs for many critical pump applications?

What are the most critical applications for using magnetic sealless pumps for leak-free safe and reliable transfer of corrosive fluids?

How to evaluate the different types of corrosive chemical transfer pump designs to select the best pump to safely handle the harsh fluids in your application.

This article identifies the steps in selecting a corrosive chemical transfer pump, from application to pump types to materials of construction.

Finish Thompson mag drive pumps feature a highly efficient design that puts them at the forefront of the pump industry. Neodymium magnets attached to the motor shaft spin in synchronization with the impeller. This magnetic attraction passes the torque of the motor to the impeller and eliminates the need for a shaft seal.

The innovative design of sealless magnetic drive pumps delivers unique advantages. These pumps utilize two sets of magnets to transfer power from the motor to the pump impeller, which moves the fluid. A drive magnet is connected to the motor shaft, and the driven magnet is contained inside the impeller assembly.

Finish Thompson centrifugal chemical pumps are designed to transfer fluids that other pumps can’t handle. Using rotational energy supplied by an impeller, the centrifugal chemical pumps move chemicals safely and efficiently.

Pump Operators: Follow These 3 Key Maintenance Tips to Maximize Uptime of Centrifugal Pumps Used in Critical Systems. 

At Finish Thompson, we are big believers in strategic planning.  Even our strategic plans have plans. 

Finish Thompson is always looking for ways to expand our existing product lines. To that end, we have recently enhanced our drum pump line to provide additional options for our customers.