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Magnetic separation stands as one of the fundamental processes in modern scrap metal recycling. This technique uses the natural magnetic properties of certain metals to efficiently sort and separate materials in recycling facilities. The process works by attracting ferrous metals—those containing iron, such as steel—away from non-ferrous metals like aluminum, copper, and brass. At its core
Protect equipment, boost purity, and increase recovery rates with Bunting\'s magnetic separation, metal detection, and conveying systems for plastics and metal recycling. Engineered for MRFs, scrap yards, and reclaim
Recycling machinery to detect and remove metal fro mixed material processing. Non-ferrous separators recover non-ferrous metals such as aluminium and copper. Rotating magnet poles induce eddy currents in non-ferrous metals and generate repelling forces. Overbelt magnets for separating bulky ferrous parts are typically arranged longitudinally at the end of the conveyor
Discover the crucial role of magnetic separators in the recycling industry. Learn how they improve metal recovery, enhance material purity, and promote environmental sustainability across various sectors like metal, electronics, automotive, and plastic
Material Handling, Magnetic Separation, and Metal Detection Equipment for the Recycling Industry Magnetic Separation for Recycling Magnetic separation utilizes powerful magnets to pull out ferrous metal contaminants from a processing line, trapping them against the face of the magnet and ensuring they cannot re-enter the material
Cross belt magnetic separators are used across many industries for extraction of tramp metal including including coal processing, aggregate recycling, crushing and shredding applications, concrete and asphalt recycling, scrap yard recycling, slag processing, tire recycling and wood
X-ray transmission separation of ferrous and non-ferrous metals, including aluminium, copper, plastics, precious metals and rare-earth metals. Reliable multi-sensor sorting technology for WEEE recycling. Achieve higher purity and value from your recycled
The Importance of Magnetic Separators in Recycling Magnetic separators are among the most reliable mechanical devices used to recover metal fragments from large volumes of waste. Their separation process is both simple and efficient, able to easily separate ferrous metals from non-ferrous materials, including even weak magnetic properties
The Business Case for Advanced Magnetic Separation in Recycling 1. The High Cost of Inadequate Metal Separation Recycling facilities without proper magnetic separation face significant operational challenges: Valuable metals worth thousands of dollars monthly are lost to landfill Frequent equipment damage from metal contamination causes costly downtime Rejected material loads due to
Whether dealing with waste processing, metal recycling, or applications in mining and food processing, our magnetic separation technology delivers outstanding performance and solutions for your specific
Protect equipment, boost purity, and increase recovery rates with Bunting\'s magnetic separation, metal detection, and conveying systems for plastics and metal recycling. Engineered for MRFs, scrap yards, and reclaim
Recycling machinery to detect and remove metal fro mixed material processing. Non-ferrous separators recover non-ferrous metals such as aluminium and copper. Rotating magnet poles induce eddy currents in non-ferrous metals and generate repelling forces. Overbelt magnets for separating bulky ferrous parts are typically arranged longitudinally at the end of the conveyor
Magnetic separation stands as one of the fundamental processes in modern scrap metal recycling. This technique uses the natural magnetic properties of certain metals to efficiently sort and separate materials in recycling facilities. The process works by attracting ferrous metals—those containing iron, such as steel—away from non-ferrous metals like aluminum, copper, and brass. At its core
Sensor-based separation and sorting of motor vehicle scrap. Metal Grade Sorting Identify and separate copper, zinc, nickel and other precious metals. Incinerator Bottom Ash (IBA) Single source magnet and sensor sorting technology for IBA recycling. WEEE Waste Single source separation and sorting of waste electrical and electronic equipment
Cross belt magnetic separators are used across many industries for extraction of tramp metal including including coal processing, aggregate recycling, crushing and shredding applications, concrete and asphalt recycling, scrap yard recycling, slag processing, tire recycling and wood
Overhead Magnetic Separators for Recycling In recycling and material recovery applications where ferrous metal is common, a self-cleaning overhead magnet is often a better option than a stationary model. Self-cleaning magnetic separators come equipped with a multi-ply rubber belt with standard 1-inch vulcanized rubber
Material Handling, Magnetic Separation, and Metal Detection Equipment for the Recycling Industry Magnetic Separation for Recycling Magnetic separation utilizes powerful magnets to pull out ferrous metal contaminants from a processing line, trapping them against the face of the magnet and ensuring they cannot re-enter the material
The Business Case for Advanced Magnetic Separation in Recycling 1. The High Cost of Inadequate Metal Separation Recycling facilities without proper magnetic separation face significant operational challenges: Valuable metals worth thousands of dollars monthly are lost to landfill Frequent equipment damage from metal contamination causes costly downtime Rejected material loads due to
Discover the crucial role of magnetic separators in the recycling industry. Learn how they improve metal recovery, enhance material purity, and promote environmental sustainability across various sectors like metal, electronics, automotive, and plastic
ERS provides cutting-edge magnetic separation solutions designed to optimize material purity and enhance metal recovery. Our systems efficiently remove ferrous contaminants from scrap streams, ensuring high-quality processing and minimizing equipment
