About Magnetic Drum Seperator
Our Rare Earth Magnetic Drum Separators are engineered for high-intensity primary filtration. Featuring a high-density magnetic field assembled on a precision-machined non-magnetic SS shaft, the drum utilizes projected 'magnetic fins' to optimize field alignment. Driven by a high-torque geared motor, the slow-rotation drum ensures maximum dwell time for the removal of both coarse and fine ferrous contaminants, with sizing customized to your specific LPM requirements.
Efficient Ferrous SeparationOur Magnetic Drum Separator is engineered for the effective removal of iron contaminants from a variety of bulk materials. With permanent magnets and adjustable feed, it boosts product purity and equipment longevity, supporting a hygienic and efficient process environment.
Adaptable Installation OptionsDesigned for flexibility, this separator can be seamlessly installed as a standalone unit or integrated with existing conveyor systems. Its compact, cylindrical build and approximate weight of 250 kg make it practical for diverse industrial setups and quick to deploy.
Reliable and Low Maintenance DesignConstructed from high-grade polished steel and utilizing permanent magnets, this separator requires minimal maintenance. It reliably handles harsh conditions up to 80C, ensuring consistent operation while keeping downtime and servicing needs to a minimum.
FAQ's of Magnetic Drum Seperator:
Q: How does the Magnetic Drum Separator work in separating ferrous materials from bulk products?
A: The separator uses a rotating drum embedded with permanent magnets. As bulk material passes over the drum, ferrous contaminants are attracted to the drum's surface and separated from the non-magnetic material, ensuring cleaner output.
Q: What materials can be processed using this Magnetic Drum Separator?
A: This separator is suitable for bulk materials such as grains, minerals, recyclables, and powders where ferrous contamination is a concern. Its adjustable feed capacity accommodates various types and quantities of material.
Q: Where is the ideal location to install this separator in an industrial workflow?
A: It can be installed as a standalone unit at key contamination points or integrated into conveyor belts for continuous separation. Ideal placement is upstream of sensitive processing equipment to protect machinery and ensure material purity.
Q: When should routine maintenance be performed on the separator?
A: Thanks to its low-maintenance design, periodic inspection for wear and surface cleanliness is typically sufficient. Maintenance intervals will vary depending on usage intensity and material load, but checking every few months is advisable.
Q: What is the process for adjusting the feed capacity of the separator?
A: Feed capacity can be regulated based on input material characteristics and processing demands, usually via adjustable feed mechanisms or variable-speed controls, allowing throughput up to 150 kg/hr.
Q: What are the key benefits of using a permanent magnet drum separator over an electromagnet type?
A: Permanent magnet separators are energy-efficient, requiring no continuous power for magnetization. They offer reliable performance, reduced operating costs, and minimal maintenance, making them an economical choice for continuous operations.