Finish Thompson Inc. highlights DB Series sealless mag-drive pumps

Finish Thompson Inc. (FTI) has been showcasing the DB Series line of sealless mag-drive centrifugal pumps - engineered to set the standard for hydraulic efficiency and reliability in demanding industrial environments.
The DB Series delivers superior chemical resistance and a suite of features that simplify installation and maintenance.
The DB Series combines a close-coupled design with robust polypropylene or PVDF construction, ensuring safe and reliable handling of highly corrosive chemicals while minimizing downtime due to corrosion.
Every model is equipped with powerful neodymium magnets, providing strong, efficient, and dependable power transmission.
The pump’s replaceable shaft and bushing make maintenance straightforward and cost-effective, extending the operational life of the equipment.
With a back pullout design, the DB Series allows for easy maintenance without disconnecting piping, further reducing downtime and labor costs.
Engineered for versatility, the DB Series offers multiple connection options, including NPT, BSP, flanges, and unions, to streamline system integration and reduce installation time. Mounting is flexible, with compatibility for both NEMA and IEC motor frames and the innovative Easy Set measurement-free outer drive ensures optimum magnet alignment and effortless motor installation without disassembly.
The DB Series is certified to CE, UKCA, and EAC standards, with ATEX models available for hazardous environments, meeting the most rigorous international safety requirements.
With flow rates from less than 1 to 221 gallons per minute and maximum head up to 201 feet, the DB Series delivers the best hydraulic efficiency in its class—up to 70%—resulting in significant energy savings and lower operating costs.
The sealless mag-drive design eliminates mechanical seals, reducing the risk of leakage and minimizing maintenance requirements. When equipped with a carbon bushing, the DB Series boasts superior run dry capability, protecting the pump during system upsets or operator errors.