Product Description
Magnetic Hump generally consists of two plate magnets counted in an offset housing and are installed in vertical spouts. It is ideal for gravity feed systems as well as pneumatic systems and effective in the elimination of ferrous contamination from materials which falling under gravity & conveyed in pneumatic lines. It is manufactured under the guidance of our skilled engineers with the help of latest technologies as per the set quality norms. Further, our offered Magnetic Hump is known for their unique features like sturdy design, high performance, corrosion resistance and ability to withstand adverse conditions.
Product Details
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Minimum Order Quantity
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1 Number
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Brand
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MMI
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Size
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4", 6", 8", 10".
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Magnet Grade
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Ferrite, N40
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Feature
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Eco-Friendly
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Grade
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New
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Packaging type
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wooden
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Advanced Magnetic Plate ArrangementThe Magnetic Hump utilizes two strategically offset magnetic plates to capture and separate ferrous particles efficiently. This design ensures that contaminants are trapped from multiple angles as the material passes through, maximizing purity and minimizing product loss.
Robust Design and InstallationCrafted from high-grade stainless steel with polished or painted finishes, the Magnetic Hump is built for durability and easy integration. Supplied mounting accessories allow simple inline fitting into existing chutes or ducts, ensuring compatibility across different material handling systems.
Easy Cleaning and MaintenanceFeaturing manual or easy-clean designs, the device enables straightforward removal of captured ferrous particlesreducing downtime and simplifying upkeep. High-quality rare earth magnets maintain strong performance and longevity without any electrical power requirement.
Industry Applications and BenefitsMagnetic Humps are used across food processing, plastics, pharmaceuticals, chemical, grain, and recycling industries. They reliably protect downstream equipment, enhance product quality by removing tramp iron, and comply with safety standards for contamination control.
FAQs of Magnetic Hump:
Q: How does the Magnetic Hump separate ferrous contaminants from bulk materials?
A: The Magnetic Hump uses two offset permanent magnetic plates, forcing gravity-fed materials to change direction. This movement exposes ferrous particles to the high-strength magnets, which capture and separate tramp iron and ferrous dust from the product stream.
Q: What industries benefit from installing Magnetic Humps in their processes?
A: Industries such as food processing, plastics, pharmaceuticals, chemical, grain, and recycling commonly use Magnetic Humps to remove iron impurities, thereby ensuring product purity and protecting machinery from metal damage.
Q: Where is the Magnetic Hump typically installed in material handling systems?
A: The device is fitted inline into existing chutes or ducts where gravity-fed dry, granular, or free-flowing materials move. Its rectangular hump design ensures seamless integration without disrupting flow.
Q: What is the recommended process for cleaning and maintaining a Magnetic Hump?
A: Magnetic Humps are equipped with manual or easy-clean designs that allow operators to periodically remove accumulated ferrous particles. Regular maintenance helps sustain high separation efficiency and prolongs the lifespan of the magnets.
Q: When should customization be considered for a Magnetic Hump?
A: Customization is advisable when there are specific requirements for size, duct diameter, magnetic strength, surface finish, or operating temperature beyond standard specifications. This ensures optimal performance for unique applications.
Q: What are the benefits of using high-intensity rare earth magnets in Magnetic Humps?
A: High-intensity rare earth magnets, with magnetic strengths up to 12000 Gauss, provide superior removal efficiency for even fine iron particlesmaking the device extremely effective in critical applications where purity and equipment protection are paramount.
Q: Is electrical power required for the operation of the Magnetic Hump?
A: No, the Magnetic Hump operates entirely on permanent magnets and does not need external voltage, making it energy-efficient and reliable for continuous operation.