About Electro Magnetic Gravity type Ferro Filter
Electro Magnetic Gravity Type Ferro Filter are used to remove ferrous particles from liquid slurry.Electro Magnetic Gravity Type Ferro Filters are used in glazed tiles, sanitaryware, ceramic tiles, crockery, insulators, inks, dyes, chemicals, food and starch. industries.The offered Electro Magnetic Gravity type Ferro Filter is manufactured by our dexterous team of professionals using supreme grade components with advanced machines. Owing to our expertise, we are offering a wide array of this filter that is enormously used for removing fine ferromagnetic particles from wet and dry materials. This filter is preferred for its easy installation and longer service life. Our valuable clients can avail the offered Electro Magnetic Gravity type Ferro Filter from us at reasonable prices.
Features:
High-Efficiency Iron RemovalThis electro magnetic filter excels at separating even the smallest iron particles from process fluids, thanks to high-grade magnetic stainless steel tubes with an advanced electromagnet coil. Its strong magnetic field of up to 15,000 Gauss ensures peak performance in removing iron impurities from liquids and slurries.
Designed for Industrial DemandsFeaturing a cylindrical, MS-fabricated body with a leak-proof, IP55/IP65 rated enclosure, this separator is engineered for continuous 100% duty cycle operations. The unit is designed for vertical installation, making it space efficient and suitable for diverse processing environments.
Versatile and Reliable OperationThis filter is available in a range of capacities (150 TPH) and diameters (150600 mm), accommodating various industry requirements. It features options for manual or semi-automatic cleaning and offers both oil and air cooling systems to adapt to different installation contexts, ensuring reliability under heavy loads.
FAQs of Electro Magnetic Gravity type Ferro Filter:
Q: How does the Electro Magnetic Gravity Type Ferro Filter function in industrial applications?
A: The Ferro Filter operates by allowing slurry or liquid to pass over high-intensity magnetic stainless steel tubes inside a cylindrical housing. The electromagnet coil generates a magnetic field up to 15,000 Gauss, attracting and capturing fine iron particles, which are then periodically removed using manual or semi-automatic cleaning mechanisms.
Q: What industries benefit most from using this magnetic ferro filter?
A: Industries such as ceramics, kaolin processing, paper manufacturing, chemical production, and mineral extraction benefit greatly from the filter. It efficiently removes iron impurities, safeguarding both equipment and product quality in liquid or slurry processing applications.
Q: When should the cleaning mechanism of the filter tubes be utilized?
A: Cleaning should be performed as needed, typically when iron deposits accumulate on the filter tubes and flow resistance increases. Both manual and semi-automatic options are available, and frequency depends on the contamination level and operating schedule.
Q: Where is the filter typically installed within an industrial process?
A: The filter is vertically mounted in a gravity feed configuration at points where liquid or slurry flows need iron particle separationoften upstream of sensitive processes or equipment that require protected, iron-free feedstock.
Q: What is the process for separating iron particles using this filter?
A: Liquid or slurry enters through a flanged inlet, flows across the magnetic filter tubes, and exits through the outlet. The strong magnetic field traps fine iron particles on the tubes. The collected iron is then released during cleaning, making the process continuous and efficient.
Q: What are the main benefits of using this electro magnetic ferro filter?
A: Key benefits include high separation efficiency, continuous operation (100% duty cycle), adaptability to various industrial conditions, reduced equipment wear from iron particles, easy maintenance, and compliance with industrial standards for safety and reliability.
Q: How does the cooling system enhance filter operation?
A: The filter employs oil or air cooling for the electromagnet coil, which prevents overheating during intense, continuous use, thereby maintaining optimal magnetic performance and extending the lifespan of the unit.