Industrial Three Disc Magnetic Separator for Tungsten and Ilmenite Processing

• Customization: Available
• Type: Magnetic Separator
• Voltage: 380V
• Material: Carbon Steel
• Material Feature: Durable
• Energy Saving: Energy Saving
• Warranty: 1 Year
• Color: Blue
• Customized: Customized
• Condition: New
• After-sales Service: Provide
• Application: Tantalum Niobium Iron Tin
• Magnetic Intensity: 18000 Gauss
• Diameter of Magnetic Disk: 600mm
• Feeding Size: -2mm
• Capacity: 100-500kg Per Hour
• Transport Package: Nude
• Trademark: Gandong
• Origin: Jiangxi
• HS Code: 84741000
• Production Capacity: 30sets Per Month

Product Description

Three Discs High-Intensity Magnetic Separator: Experience unparalleled precision with our cutting-edge Three Discs High-Intensity Magnetic Separator, designed to elevate your mineral separation process.Working Principle: Discover the ingenious functionality behind our technology, which seamlessly integrates advanced mechanics with precision electronics to ensure optimal efficiency.
This machine consists of two sections, i.e. host unit (mechanical) and electrical unit (control cabinet): Our innovative design comprises a robust mechanical host unit paired with a sophisticated electrical control cabinet, working in harmony to deliver exceptional performance.
.
When the minerals to be separated are loaded into the bin, adjust the clearance between magnetic: Begin the separation journey by loading minerals into the bin, and meticulously adjust the clearance between the magnetic disc tooth tip and the conveying belt to the ideal setting, usually about 1mm. This careful adjustment is crucial for achieving optimal outcomes.
disc tooth tip and conveying belt to a desirable range (generally about 1mm) and adjust the DC: Ensure the precision of your operations by adjusting the DC current of the control cabinet to a suitable value, typically between 4-6 A, tailored to the specific mineral properties, particle size, and separation necessities.
current of control cabinet to appropriate value (generally 4-6 A), depending on the mineral properties,: Tailor the machine's settings to the unique characteristics of the minerals, ensuring efficient separation and maximum recovery.
particle size and separation requirements. Feed the materials into the permanent magnetic feeding: Seamlessly feed materials into the permanent magnetic drum, beginning the precise separation process.
drum, where the high-conductivity minerals will be removed. Through a feeding plate, the minerals: Experience the efficiency of our system as high-conductivity minerals are effectively separated, allowing for a consistent flow of materials.
will be uniformly sprayed onto the belt conveyor (The mineral thickness generally between 0.2: The belt conveyor ensures a consistent application of minerals, maintaining a precise thickness between 0.2-0.8mm for optimal processing.-0.8mm): The precision in mineral thickness is maintained between 0.2-0.8mm, ensuring smooth and consistent processing.
. When the machine is running, the belt conveyor will send the minerals down below the: As the machine operates, it efficiently delivers minerals to the magnetic disc via the belt conveyor, streamlining the separation process.
magnetic disc, where the paramagnetic minerals will be soon absorbed onto the tip of magnetic teeth.: Paramagnetic minerals are swiftly captured by the magnetic teeth, securing an efficient and effective separation process.
When the magnetic disc rotates to the low-intensity magnetic area, they will fall into the concentrate: As the magnetic disc transitions to the low-intensity magnetic zone, minerals are gently released into the concentrate bin, aided by gravity and centrifugal force.
bin under the function of their gravity weight and centrifugal force. The: Gravity and centrifugal forces work together, ensuring a seamless transfer of minerals into the concentrate bin. non-magnetic minerals will be: Non-magnetic minerals are efficiently separated and directed away from the concentrate path.
conveyed to the tailings via belt conveyor and discharged): These non-magnetic residues are expertly conveyed to the tailings via the belt conveyor, ensuring a clean and efficient discharge process.


Application: Discover the versatile applications of this advanced equipment, designed to handle a wide range of mineral separation tasks with ease.
This equipment is mainly used for dry separation of weak magnetic minerals,: Our machine excels in dry separation, specifically engineered for weak magnetic minerals, providing unmatched precision and reliability. Tantalum-niobium,: Specialize in separating Tantalum-niobium with our innovative technology, optimizing the extraction process.titanium,: Achieve superior separation of titanium, elevating your mineral processing capabilities.Tin,Iron,T: Efficiently handle the separation of Tin and Iron, enhancing the productivity of your operations.ungsten,: Benefit from enhanced tungsten separation, ensuring the highest quality and precision in processing.
Manganese: Our equipment provides excellent separation of Manganese, streamlining your production workflow.,zircon,: Achieve precise zircon mineral separation, maximizing your output efficiency.Monazite: Monazite separation is made simple and effective with our cutting-edge technology.,etc: From Monazite to a range of other minerals, our separator handles it all with unmatched precision..