Magnetic separation is a method used to separate materials based on their magnetic properties. It is commonly applied in the mining, recycling, ceramics, food, pharmaceutical, and chemical industries. It is particularly preferred for separating ferromagnetic minerals (such as iron, nickel, and cobalt, which exhibit strong magnetic properties) or paramagnetic minerals (which exhibit weak magnetic properties) from non-magnetic materials. Working Principle of Magnetic Separation

Introduction Today, magnetic and non-magnetic separation systems play a critical role in mining, recycling, food processing, ceramics, and many other industries. Selecting the right separation equipment increases process efficiency, improves product purity, and helps optimize operational costs. This article reviews magnetic and non-magnetic separation technologies, commonly used equipment, and best industrial practices. Magnetic Separation Technologies and Applications Import

Abstract Iron ore beneficiation is a critical process for obtaining high-purity products with increased economic value. Magnetic separation is a widely used method for separating iron-bearing minerals from gangue minerals. Magnetic separators operate by attracting ferromagnetic and paramagnetic minerals through magnetic field effects. This article discusses the main magnetic separation equipment used in iron ore beneficiation plants, their working principles, and industrial a