Post Demand

High-Intensity Roller Magnetic Separator

price  Grid 
¥1.00
Weifang Guote Mining Equipment Co., Ltd.
Shop owner:Manager Deng
Address:East End of Dongjing Road, Qingzhou Economic Development Zone, Shandong Province
  • Product Introduction

GCT/F High-Intensity Roller Magnetic Separator

Remove weakly magnetic impurities from granular or powdered materials.

【Particle Size】: 0-5mm
【Production Capacity】:0-20 tons/hour
【Product Model】: GCT/F
【Application Fields】:Dry pre-selection of weakly magnetic ores such as ceramics, glass, refractory materials, abrasives, and limonite, as well as dry pre-selection of manganese ore.
【Applicable Materials】:Quartz, feldspar, nepheline, mullite, limonite, manganese ore, etc.

High magnetic field strength, strong suction force.The magnetic roller adopts a composite magnetic system, achieving a magnetic field intensity of 12,000 to 18,000 Gauss with a higher gradient.

The whole machine is reliable and easy to maintain.Automatically removes weakly magnetic oxides, ensuring long-term trouble-free operation. The conveyor belt is made of special wear-resistant materials, significantly reducing equipment maintenance costs.

Multi-stage magnetic rollers provide better iron removal efficiency.It can be configured as a magnetic drum in series with a magnetic roller, or as multiple stages of high-intensity magnetic rollers in series. This not only increases the number of times weakly magnetic minerals are exposed to the magnetic field but also enhances the separation effect through tumbling and gradient magnetic fields, significantly improving the removal rate.


Energy conservation and environmental protectionHigh-field-strength permanent magnetic poles are more energy-efficient than electromagnetic separation. The entire machine is sealed, preventing dust leakage, and is equipped with a dedicated dust removal port, avoiding dust pollution and meeting national environmental protection requirements.


Technical Parameters

Model Magnetic Roller Dimensions (mm) Magnetic Field Strength (GS) Belt thickness (mm) Feed particle size (mm) Processing capacity (t/h) Power (KW)
GCT/F3-1 100x300 12000-18000 0.5-3 0.125-3 0.4-1 0.55
GCT/F3-2 100x300 12000-18000 0.5-3 0.125-3 0.4-1 1.1
GCT/F5-1 100x500 12000-18000 0.5-3 0.125-3 0.8-2 0.55
GCT/F5-2 100x500 12000-18000 0.5-3 0.125-3 0.8-2 1.1
GCT/F8-1 100x800 12000-18000 0.5-3 0.125-3 1.2-3.6 0.75
GCT/F8-2 100x800 12000-18000 0.5-3 0.125-3 1.2-3.6 1.5
GCT/F10-1 100x1000 12000-18000 0.5-3 0.125-3 3-7.2 1.1
GCT/F10-2 100x1000 12000-18000 0.5-3 0.125-3 3-7.2 2.2
GCT/F12-1 100x1200 12000-18000 0.5-3 0.125-3 5-10 0.75
GCT/F12-2 100x1200 12000-18000 0.5-3 0.125-3 5-10 1.5
GCT/F12-3 100x1200 12000-18000 0.5-3 0.125-3 5-10 2.2
GCT/F15-1 100x1500 12000-18000 0.5-3 0.125-3 7-12 0.75
GCT/F15-2 100x1500 12000-18000 0.5-3 0.125-3 7-12 1.5
GCT/F15-3 100x1500 12000-18000 0.5-3 0.125-3 7-12 2.2
GCT/F15-4 100x1500 12000-18000 0.5-3 0.125-3 7-12 3

The above technical parameters take quartz as an example.


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