Description/ Specification of Magnetic Separator
Magnetic separators are very versatile industrial equipments used in industrial material handling and processing. The principle involves separating unwanted magnetic material from noon ferrous material using the principle of magnetic attraction. Generally large size electromagnets are placed in the vicinity of the material that is to undergo separation. The current through the electromagnets coil generate very strong electromagnetic force to pull away the magnetic material from the nonmagnetic ones, such as steel scrap from coal. These separators can be installed in various stages of the production process, depending on the specific needs of the operation. The basic design of a magnetic separator includes a magnetic source, usually in the form of a magnetic bar, drum, or belt, which generates a magnetic field. As material passes through or over the separator, magnetic particles are attracted to the magnetic field and held against the magnetic source. Non-magnetic materials continue to flow freely, unaffected by the magnetic field. The captured magnetic particles are then removed, often automatically, ensuring a continuous flow of production with minimal downtime. The applications of magnetic separators are vast, making them essential across multiple industries. In the mining industry, they are used to extract valuable minerals from ore, improving the efficiency of the extraction process. In the food industry, magnetic separators ensure product purity by removing metal contaminants that can compromise food safety. The recycling industry relies on magnetic separators to sort ferrous metals from non-metallic materials, enabling the recovery of valuable materials and reducing waste. The benefits of using magnetic separators are numerous. They enhance product quality by ensuring that contaminants are removed, which is especially important in industries like food processing, where even small amounts of contamination can lead to significant health risks. Additionally, magnetic separators protect equipment from damage caused by metal contaminants, reducing maintenance costs and prolonging the life of machinery. Moreover by taking away hard steel or iron pieces from the material under conveying or subsequent processing (such as grinding) the subsequent crushing or grinding equipments are saved from breakdown or malfunctioning. This improves their availability. In industrial material handling applications , their capacity is usually expressed in tons /hour.
Magnetic Separator
Magnetic separators are very versatile industrial equipments used in industrial material handling and processing. The principle involves separating unwanted magnetic material from noon ferrous material using the principle of magnetic attraction. Generally large size electromagnets are placed in the vicinity of the material that is to undergo separation. The current through the electromagnets coil generate very strong electromagnetic force to pull away the magnetic material from the nonmagnetic ones, such as steel scrap from coal. These separators can be installed in various stages of the production process, depending on the specific needs of the operation. The basic design of a magnetic separator includes a magnetic source, usually in the form of a magnetic bar, drum, or belt, which generates a magnetic field. As material passes through or over the separator, magnetic particles are attracted to the magnetic field and held against the magnetic source. Non-magnetic materials continue to flow freely, unaffected by the magnetic field. The captured magnetic particles are then removed, often automatically, ensuring a continuous flow of production with minimal downtime. The applications of magnetic separators are vast, making them essential across multiple industries. In the mining industry, they are used to extract valuable minerals from ore, improving the efficiency of the extraction process. In the food industry, magnetic separators ensure product purity by removing metal contaminants that can compromise food safety. The recycling industry relies on magnetic separators to sort ferrous metals from non-metallic materials, enabling the recovery of valuable materials and reducing waste. The benefits of using magnetic separators are numerous. They enhance product quality by ensuring that contaminants are removed, which is especially important in industries like food processing, where even small amounts of contamination can lead to significant health risks. Additionally, magnetic separators protect equipment from damage caused by metal contaminants, reducing maintenance costs and prolonging the life of machinery. Moreover by taking away hard steel or iron pieces from the material under conveying or subsequent processing (such as grinding) the subsequent crushing or grinding equipments are saved from breakdown or malfunctioning. This improves their availability. In industrial material handling applications , their capacity is usually expressed in tons /hour.
