Magnetic Separator Series – CTB / CTN / CTL
Enhance recovery rate, reduce tailing losses, and achieve higher-grade concentrates with our full range of magnetic separators.
The CTB (counter-flow), CTN (concurrent/half-counter), and CTL (dry type) series are engineered to handle all types of magnetic minerals—from coarse iron ore to fine magnetite slurry and dry materials without water.
Product Line Overview
🚩 CTB Series Magnetic Separator (Counter-flow Type)
Ideal for coarse magnetic separation and scavenging stages
Counter-flow tank design for longer slurry retention
Multi-pole magnetic system with stable magnetic field
Strong adaptability to coarse grains and high-density slurry
Perfect for iron ore roughing, river sand iron recovery, and low-grade ore pre-concentration
👉 Key Benefits: High Recovery Rate · Stable Operation · Wide Applicability
🚩 CTN Series Magnetic Separator (Concurrent / Semi-Counter Type)
Optimized for fine particle concentration with higher-grade results
Deep magnetic zone for stronger magnetic capture
Large processing capacity and high efficiency
Best performance on fine-grain magnetite and tailing recovery
👉 Key Benefits: Higher Concentrate Grade · High Throughput · Best for Fine Minerals
🚩 CTL Series Dry Magnetic Separator (Dry Type)
No water required – efficient dry separation for coarse and dry materials
Designed for water-scarce regions
Strong magnetic field drum for coarse dry ore (10–350 mm)
Widely used in dry iron ore pre-selection and industrial material de-ironing
👉 Key Benefits: No Water Needed · Low Maintenance · Energy-Saving & Eco-Friendly
Why Choose Our Magnetic Separators?
✓ Higher magnetic intensity – improving recovery rate by 3–15%
Advanced magnetic circuit design ensures strong absorption of magnetic minerals.
✓ Fully customizable to match your ore conditions
Processing capacity, drum size, tank structure, and magnetic strength can all be tailored.
✓ Longer service life with wear-resistant components
High-grade drum skin, rubber lining, and wear plates ensure long-term durability.
✓ Energy-efficient with lower operating costs
Optimized mechanical structure reduces power consumption by 10–20%.
✓ Higher concentrate grade & reduced tailing loss
Ensures cleaner separation and improved economic output.
Wide Applications
Iron ore beneficiation
Manganese ore and chromite pre-selection
Steel slag recovery (metal recycling)
River sand magnetic iron recovery
Building materials de-ironing
Coal preparation and power plant metal recovery
Turn-Key Service
We offer full project support including:
Mineral processing flowchart design
Factory layout planning
Installation & commissioning
On-site training
Spare parts supply & long-term service
Get a complete magnetic separation solution from a single provider.
Get a Quote & Free Technical Consultation
Share your ore information:
✔ Material type
✔ Particle size distribution
✔ Magnetic strength
✔ Capacity requirement
✔ Desired concentrate grade
Our engineers will provide a customized proposal + quotation within 24 hours.