Baker-Perkins S-18 pusher centrifuge, Titanium.

Max bowl speed 1308 RPM, rated @ 12 TPH on salt. 25 HP main drive 460/3/60/1775 RPM and 7.5 HP pusher motor. 1995 vintage. Very good condition. Missing front door.

The Baker-Perkins S-18 pusher centrifuge, Titanium, is engineered for high-efficiency separation processes, particularly in the salt industry, where its capabilities shine. With a maximum bowl speed of 1308 RPM, this centrifuge is designed to handle a rated throughput of 12 tons per hour (TPH), making it an ideal choice for operations requiring robust performance and reliability. The 25 HP main drive, operating at 460 volts in a three-phase configuration, ensures that the centrifuge maintains optimal performance under demanding conditions. Additionally, the 7.5 HP pusher motor enhances the overall efficiency of the separation process, allowing for continuous operation without compromising on output quality. Despite being a 1995 vintage model, the Baker-Perkins S-18 remains in very good condition, reflecting its durable construction and the high standards of engineering that Baker-Perkins is known for in the industrial equipment sector.

The titanium construction of the Baker-Perkins S-18 pusher centrifuge not only contributes to its longevity but also enhances its resistance to corrosion, making it suitable for processing aggressive materials. This feature is particularly beneficial in environments where traditional materials may fail over time, ensuring that the centrifuge can maintain its performance without frequent maintenance or part replacement. Although the unit is currently missing a front door, this minor issue does not detract from its operational capabilities, and it can be easily rectified to restore the centrifuge to its complete functionality. The design of the Baker-Perkins S-18 allows for easy maintenance and servicing, which is crucial for minimizing downtime in industrial settings. Overall, this centrifuge represents a valuable investment for businesses looking to enhance their separation processes with a reliable and efficient machine.