CTZS Upward Suction Permanent Drum Type Magnetic Separator​

The CTZS Series Over-Belt Magnetic Separator represents advanced magnetic separation technology for demanding applications in scrap metal processing, slag treatment, and waste sorting operations. This robust drum type magnetic separator utilizes high-performance NdFeB permanent magnets to deliver exceptional magnetic strength in challenging working environments.

As a specialized permanent magnetic drum separator, the CTZS series effectively addresses industry challenges including belt protection while maintaining consistent performance in high-volume processing. The sophisticated magnetic circuit ensures deep penetration through material layers, enabling efficient extraction of both large and weakly magnetic contaminants. This reliable drum type magnetic separator provides long-term performance with minimal maintenance requirements across various industrial applications.

Exceptional Magnetic Performance
This advanced drum type magnetic separator utilizes high-grade NdFeB magnets with computer-optimized magnetic circuits, delivering strong magnetic intensity and deep penetration. The permanent magnetic drum separator maintains stable performance with less than 5% magnetic decay over eight years, ensuring consistent separation efficiency throughout its lifespan.

Robust Structural Design
Featuring integrated construction with stainless steel drum shell and optional surface treatments, this drum type magnetic separator withstands harsh operating conditions. The durable components of this permanent magnetic drum separator provide excellent wear and impact resistance for continuous operation in abrasive environments.

Intelligent Control System
The control system interfaces with conveyor belts for automated operation of this drum type magnetic separator. Offering both manual and centralized control modes, this permanent magnetic drum separator features customizable parameters to adapt to specific processing requirements.

Efficient Separation Performance
Specifically optimized for high-volume processing, this drum type magnetic separator effectively segregates magnetic and non-magnetic materials. The permanent magnetic drum separator excels in slag processing and waste sorting applications, maintaining continuous operation capability for industrial processing lines.

The CTZS permanent magnetic drum separator operates through the combined action of magnetic attraction and mechanical forces on material particles. This efficient drum type magnetic separator creates distinct trajectories for different materials as they pass through its effective magnetic field zone.

Magnetic Separation Process
When materials transport beneath the magnetic drum, ferrous contaminants are immediately extracted by the powerful magnetic field in this permanent magnetic drum separator. The captured materials adhere to the rotating drum surface, while non-magnetic particles continue their natural trajectory unaffected in this advanced drum type magnetic separator system.

Material Discharge Mechanism
The continuous rotation transports captured ferrous materials beyond the magnetic zone in this permanent magnetic drum separator. These materials then discharge through gravitational force into designated collection points, while non-magnetic materials exit through separate channels in this reliable drum type magnetic separator.

Operational Advantages
This separation process makes the CTZS permanent magnetic drum separator particularly effective for continuous extraction applications. The efficient material handling and reliable discharge mechanisms ensure optimal performance of this drum type magnetic separator in various industrial processing environments.

Primary Application Fields
The CTZS drum type magnetic separator effectively recovers ferrous materials from steel slag processing operations. This robust permanent magnetic drum separator serves waste sorting facilities for metal recovery from municipal and industrial waste streams, while scrap metal processors utilize it for material separation after shredding operations. The equipment excels in bulk processing applications requiring continuous ferrous extraction.

Specialized Application Conditions
This durable drum type magnetic separator performs reliably in challenging environments with sharp, abrasive materials. The permanent magnetic drum separator maintains consistent performance in continuous automated processing lines where equipment durability is paramount, handling high-volume ferrous removal with exceptional reliability.

System Integration
Compatible with belt conveyor systems, this drum type magnetic separator enables continuous in-line separation. The versatile permanent magnetic drum separator supports both stationary and mobile operations, integrating seamlessly with other separation equipment while offering flexible configuration options to adapt to various plant layouts and processing requirements.

Professional Installation Guidance
We provide comprehensive installation solutions for the drum type magnetic separator, including foundation and framing options. Our technicians ensure proper motor grounding and verify drum rotation direction for your permanent magnetic drum separator system.

Commissioning & Optimization
Professional guidance includes drum speed adjustment and magnetic system angle optimization for the drum type magnetic separator. We refine operational parameters based on material characteristics and conduct performance verification for your permanent magnetic drum separator.

Maintenance Support
Routine inspection procedures and scheduled bearing lubrication maintain the drum type magnetic separator. We implement protective measures against current transmission and provide preventive maintenance planning for your permanent magnetic drum separator.

After-Sales Service
Complete transportation guidance and customer service records support the drum type magnetic separator. We supply genuine wear parts and provide continuous technical support throughout the lifecycle of your permanent magnetic drum separator system.