High - Performance Permanent Magnetic Separators: Strong Magnetic
Force for Efficient Iron Removal in Various Industries
Working Principle
By leveraging the high-intensity magnetic field region formed by
permanent magnets,when materials containing magnetic impurities
pass through the magnetic field area of the separator,the magnetic
impurities are attracted to the surface or interior of the
separator under the action of the magnetic force,thus separating
from the materials and achieving the purpose of iron removal.
Structural Composition
Magnetic System:It is the core component of the permanent magnetic
separator,composed of high-performance permanent magnetic materials
such as neodymium iron boron,which can generate a strong and stable
magnetic field.
Shell:Generally made of stainless steel or carbon steel,it protects
the magnetic system and supports the structure.It also has
excellent wear resistance and corrosion resistance.
Drive Device:For some rotating permanent magnetic separators,such
as belt-type permanent magnetic separators,the drive device is used
to drive components like conveyor belts or magnetic drums to
rotate,enabling materials to pass through the magnetic field area
evenly.
Performance
Magnetic Field Strength:6,000-16,000 Gauss;
Temperature Resistance:60-350°C;
Demagnetization Rate:The demagnetization rate within 3 years is≤5%;
Customizable;
Spraying:ETFE,PTFE,nano-ceramic spraying,etc.
参数
Technical Advantages
Energy-Efficient:Utilizing high-performance permanent magnetic
materials like neodymium iron boron as the magnetic source,it does
not require excitation coils and rectifier control
devices,eliminating excitation current.This results in energy
savings,and without temperature rise issues,the magnetic field
strength remains constant,regardless of"cold"or"hot"states.
Stable Performance:The selected permanent magnetic materials have
extremely low demagnetization characteristics.Under normal use
conditions for 10 years,the attenuation rate of magnetic properties
does not exceed 3%,ensuring long-term stable operation of the
equipment.The equipment has a reasonable structural design,such as
the use of sealed bearing housings and drum-shaped rollers,which
reduces failure points and improves reliability,allowing it to
adapt to harsh environments like high or low
temperatures,humidity,and dust.
Flexible Control:The control part can be interlocked with the belt
conveyor,enabling two control methods:local manual control and
centralized control.This allows operators to flexibly adjust
according to actual production situations.
