The LCT series dry drum magnetic separator is utilized for removing non-magnetic impurities in primary and secondary crushing processes, or for reclaiming iron ore from waste rock, thereby enhancing mineral resource utilization.
Utilizes high-performance Iron-Boron material to ensure demagnetization remains below 3% over a 10-year period, with the magnetic system safeguarded by wrapped stainless steel panels.
Incorporates an advanced external bearing structure for convenient bearing replacement.
Installation dimensions align with DT75 and DTII belt conveyor standard sizes, ensuring ease of use.
Features a half-magnet system structure to prevent ferrous materials from entering the interior of the belt conveyor, ensuring safe operation.
The strength of the driving drum for the belt conveyor is verified using advanced design software to guarantee drum durability.
This product is suitable for the phase separation of the grinding process in ore dressing plants.
The magnetic system is crafted from materials with high remanence and coercive force, providing excellent resistance to demagnetization with demagnetization not exceeding 5% over eight years.
Maintains magnetic isolation between the magnetic system and spindle to ensure the magnetic field reaches the shaft, ensuring safe bearing operation.
Equipped with silt institutions on both sides of the tub for convenient sedimentation cleaning within the tub.
This product is specifically designed for the primary treatment of coarse ores such as river sand, sea sand, and other coarse-grained sand mines, as well as for tailings recovery through magnetic separation in dressing plants.
Features a reliable fixed scheme for the magnetic system to prevent detachment and damage, ensuring uninterrupted equipment operation.
Specially designed downstream tub allows direct magnetic separation of 0-6mm graded materials without sediment accumulation during tail disposal, resulting in a high capacity.
Includes silt institutions on both sides of the tub for easy sedimentation cleaning.
Primarily designed for the wet enrichment of weakly magnetic minerals such as hematite, pseudohematite, limonite, vanadium-titanium magnetite, manganese ore, scheelite, tantalum-niobium ore, and for purifying non-magnetic minerals like quartz, feldspar, kaolin, spodumene, zircon, nepheline, fluorite, and sillimanite.
High magnetic field intensity with a background magnetic field strength up to 1T and an induced magnetic field reaching 2T on the magnetic medium surface.
Energy-saving technology with an excitation coil saving over 40% energy compared to similar equipment.
Upgraded excitation coil insulation from grade B to grade H for enhanced durability.
Incorporates a security transformer to ensure safe and reliable operation during spot operations.
Stainless steel cooling water channel resistant to corrosion with a design that minimizes scaling and blockage.
Excitation coil service life exceeding five years.
Utilizes 3D simulation of magnetic field finite element calculation method to enhance magnetic field precision.
Features low current control and normal electronic components for convenience and low failure rates.
Frequency conversion control for swivel and pulsating speeds, enhancing separation efficiency.
Multi-level magnetic medium configuration for improved separation indices and extended medium lifespan.
Achieves 1.5% higher magnetic average recovery and 30% lower non-magnetic minerals with sand content compared to other models.
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