YSDC Series Dry Tandem Electromagnetic Powder Iron Removal System

YSDC Series Dry Process Tandem Electromagnetic Powder Iron Removal System

Product Overview

The YSDC series dry process tandem electromagnetic powder iron removal system is designed for high-efficiency, multi-stage removal of fine magnetic impurities from dry powder materials. By connecting multiple electromagnetic separators in series, this system achieves deeper purification than single-stage units, making it ideal for applications requiring extremely low iron content. The system integrates storage, feeding, magnetic separation, iron discharge, cooling, and control into a fully automatic, dust-free solution.

Core Advantages

• Tandem Design for Deeper Purification: Multiple electromagnetic separators connected in series enable progressive removal of magnetic contaminants, achieving higher purity levels compared to single-stage systems.

• High-Gradient Electromagnetic Field: Each stage delivers strong magnetic field strength, efficiently capturing fine ferromagnetic and weak magnetic particles from dry powder streams.

• Fully Automatic Operation: PLC intelligent control automatically executes excitation, feeding, and iron discharge cycles across all stages — enables one-person, multi-machine management.

• Sealed & Dustproof Design: Material passages are fully enclosed, solving dust pollution issues and ensuring clean production environments.

• Integrated System Configuration: Compact structure with storage, feeding, separation, discharge, cooling, and control all in one — pre-assembled and tested for quick installation.

• Stable & Reliable Performance: Eliminates human factors that affect separation results, ensuring consistent iron removal efficiency across all production batches.

• User-Friendly HMI: Color touchscreen for parameter setting, operation monitoring, and real-time status display. Includes manual operation panel for added flexibility.

• Complete Protection System: Electronic control system with comprehensive protection functions ensures safe and reliable 24/7 operation.

Typical Applications

High-purity ceramic powders, battery materials (cathode and anode precursors), rare earth powders, quartz, silica, alumina, silicon carbide, and other dry fine powders requiring stringent magnetic impurity control — especially suitable for applications where single-stage separation cannot meet purity requirements.