Details

This iron remover removes ferrous contaminants from dry powders, granules, liquids and slurries using high-intensity magnetic fields . The equipment contains permanent magnets or electromagnetic coils that attract and capture iron particles as material passes through or over the separation zone. Common configurations include magnetic grates, drums, overband units, and liquid traps . The separator protects downstream equipment like crushers and mixers from damage, prevents spark risks, and ensures final product purity. Units are available with manual or automatic cleaning systems for continuous operation . It serves industries including food, pharmaceutical, chemical, mining, ceramic, and plastic processing.

Core Advantages

Removes ferrous contaminants efficiently to protect downstream equipment

Prevents metal sparks and reduces fire or explosion hazards

Available in permanent or electromagnetic designs for various applications

Automatic self-cleaning options enable continuous operation

No moving parts in magnetic zone ensures reliable long-term performance

Low energy consumption for permanent magnet units

Product Features

This magnetic separator features high-intensity rare earth neodymium magnets with surface intensities. The magnetic circuit uses computer-optimized design for deep magnetic field penetration. Fully sealed construction prevents dust or moisture ingress for harsh environments. Available in manual cleaning, easy-clean, or self-cleaning configurations. Control system enables local manual or remote centralized operation.

Product Applications

This magnetic separator protects crushers, mixers, extruders, and other processing equipment. It is widely used in food, pharmaceutical, chemical, mining, ceramic, plastic, and building material industries.

Precautions

Install on stable, non-magnetic surface away from strong external magnetic fields. Verify magnetic strength and seal integrity before startup. Clean magnetic surfaces regularly to prevent contamination buildup. Do not exceed rated material flow rate or temperature limit. Disconnect power before manual cleaning or maintenance.

Picture of Factory

Why Choose Us

1. Engineering depth Layouts are checked against your P&ID and hazard study to align interfaces, venting, and access platforms with site standards. 2. Manufacturing traceability Material certificates and weld maps can be bundled for FAT documentation, supporting audit-ready pharmaceutical projects. 3. Lifecycle support Spare parts kits, on-site commissioning, and remote guidance shorten startup time and keep feeding performance stable.

FAQ

Q: What is the difference between permanent and electromagnetic separators?

A: Permanent magnetic separators use neodymium or ferrite magnets with no power consumption and lower purchase cost. Electromagnetic separators generate stronger magnetic fields using electricity and are suitable for heavy-duty applications or removing deeply buried tramp iron.

Q: How often should the magnetic separator be cleaned?

A: Cleaning frequency depends on material contamination level. For heavy ferrous contamination, clean every shift. For light contamination, weekly cleaning may suffice. Self-cleaning units operate continuously without manual intervention.

Q: What factors affect magnetic separation efficiency?

A: Material flow rate, particle size, moisture content, contamination type, magnetic field strength, temperature, and proper installation height all affect efficiency. Slower flow and drier materials generally achieve better separation results.