Sharples P3400 decanter centrifuge, 316SS.

Max bowl speed 4000 RPM, 3180 x G, casing flush nozzles, hogged-out cake ports with wear protection and flingers, epicentric liquid plate dams, grooved beach, 4.25" hardsurfaced conveyor, 125:1 gearbox with TA assembly, feed tube, sheave and vibration isolators. No motor or guards. 1975 vintage. Reconditioned and unused since.

The Sharples P3400 decanter centrifuge, 316SS. is engineered for high-performance separation processes, making it an ideal choice for industries requiring efficient solid-liquid separation. With a maximum bowl speed of 4000 RPM and a centrifugal force of 3180 x G, this centrifuge is capable of handling a wide range of materials, ensuring optimal separation efficiency. The design incorporates casing flush nozzles that facilitate effective cleaning and maintenance, while the hogged-out cake ports with wear protection and flingers enhance the longevity of the equipment, minimizing downtime and maintenance costs. The epicentric liquid plate dams and grooved beach further optimize the separation process, allowing for improved clarity of the liquid phase and a more compact solid cake discharge.

The robust construction of the Sharples P3400 decanter centrifuge, 316SS. is complemented by its 4.25-inch hardsurfaced conveyor, which is designed to withstand the rigors of continuous operation. The inclusion of a 125:1 gearbox with a TA assembly ensures reliable torque transmission, enhancing the overall performance of the centrifuge. Additionally, the feed tube, sheave, and vibration isolators are strategically integrated to provide a stable operational environment, reducing the risk of mechanical failure. Although this unit is a vintage model from 1975, it has been reconditioned and remains unused, offering a unique opportunity for buyers seeking high-quality industrial equipment at a competitive price. This centrifuge is particularly well-suited for applications in food processing, wastewater treatment, and chemical manufacturing, where reliable separation is critical to operational efficiency.