permanent magnet magnetic separator

The iron removal mechanism of potassium-sodium feldspar PTMS ELECTROMAGNETIC SEPARATOR operates on centrifugal sedimentation principles. When the ore slurry enters the hydrocyclone chamber tangentially at high velocity, it generates intense rotational flow. Coarse particles are rapidly ejected outward by centrifugal force and descend along the cone as sediment, while fine mud and water concentrate near the central axis, forming an internal spiral flow that ultimately exits through the top overflow pipe.

PTMS ELECTROMAGNETIC SEPARATOR 

By adjusting feed pressure, sand settling port dimensions, and hydrocyclone diameter (typically Φ100-500mm), the classification particle size can be flexibly controlled, effectively removing fine sludge with particle sizes of-10μm or-20μm. The PTMS ELECTROMAGNETIC SEPARATOR iron removal system commonly employs multi-stage series or parallel configurations: the first stage for coarse classification and the second stage for fine sludge re-concentration, ensuring maximum retention of valuable minerals while eliminating harmful fine sludge.

what is magnetic separation in Feldspar？

In recent years, advancements in wear-resistant materials (polyurethane linings) and intelligent control systems have significantly enhanced the operational stability and automation level of hydraulic PTMS ELECTROMAGNETIC SEPARATOR, making them widely adopted for pre-flotation sludge removal. These systems utilize centrifugal acceleration reaching thousands of g to achieve efficient solid-liquid separation in a short timeframe.
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