Magnetic Drums Separator
Product Description
Magnetic Drum Separators are of self-cleaning type and provide continuous removal of ferrous contamination from a wide range of free-flowing bulk and granular materials in high-volume applications.
Drums can be ordered with or without housing.
MPCO Magnetic Drum Separator system is a complete machine with Stainless Steel 304 / 316
Housing & Drive system. Only the drum separator unit can also be supplied.
The Drum Separators are available in two types:
High Intensity – (Ndfeb Magnet – 4500 gauss), for Operating Temperature of 80˚C(Max.)
Low Intensity – (Ferrite Magnet – 1200 gauss), for Operating Temperature of 250˚C(Max.)
Ferrous fine particles, nuts, bolts, pins, nails and other tramp metal from free-flowing granular material can be arrested effectively.
How to use Magnetic Drums?
Drawing of magnetic drum separator Working process drawing of Drum separator
When material flows onto the drum, a stationary magnetic assembly inside the unit’s shell captures tramp metal and holds it securely to the drum’s stainless steel surface. With contaminants removed, the good product falls freely to a discharge point. As the drum rotates, cleats sweep the ferrous debris through and out of the magnetic field. The tramp metal is discharged separately, creating continuous self-cleaning separation.
Magnetic Drums Separator
Features:
Magnetic Drums have the following features:
Designed for continuous separation and self-cleaning. Ideal for high-flow, heavy-contamination applications. It comes with Stainless steel drum and mild steel or stainless steel housings
Maximum Recovery of Ferrous Metals
Minimum Maintenance
They require minimum space and are simple to operate.
They are flexible enough to be applied for various purposes
Advantages:
Helps in removing ferrous particles from any nonferrous powder and granules
Ideal for plastic, food, fertilizer, pharmaceutical, chemical, glass, and continuous process plants
Provide utmost protection to crushers, grinders, pulverizes, and allied equipment
Can be used for mining and ore dressing industry
Eliminate fire hazards and explosions in plants dealing with explosive material.
Save money, time and labor by reducing break-down time and improving quality.
The machine can be equipped with PLC & VFD.
Construction:
The magnetic drum separator consists of a rotating drum and stationary drum magnet designed as per the specific needs of the customer. The Drum separator is supplied with the drive system and SS 304/316 housing along with a feed regulating valve.
Construction design for drum separator
Standard Magnetic Drum Separators with SS Housing and Drive arrangement:
Low-Intensity Magnetic Drum Separator (1200 Gauss) suitable for Max. Temperature 250˚ C
Model No. Magnets Max. Temp (ᵒC) Diameter (mm) Length (mm) Gauss Value
MDHL1 Ferrite 250 300 300 1,200
MDHL2 Ferrite 250 300 450 1,200
MDHL3 Ferrite 250 400 600 1,200
MDHL4 Ferrite 250 450 750 1,200
MDHL5 Ferrite 250 500 1000 1,200
High-Intensity Magnetic Drum Separator (4500 Gauss) suitable for Max. Temperature 80˚ C
Model No. Magnets Max. Temp (ᵒC) Diameter (mm) Length (mm) Gauss Value
MDHH1 NdFeB 80 300 300 4,500
MDHH2 NdFeB 80 300 450 4,500
MDHH3 NdFeB 80 400 600 4,500
MDHH4 NdFeB 80 450 750 4,500
MDHH5 NdFeB 80 500 1000 4,500
Standard Magnetic Drum without Housing and Drive( Only Drum Separator ):
Low-Intensity Magnetic Drum Separator (1200 Gauss) suitable for Max. Temperature 250˚ C
Model No. Magnets Max. Temp (ᵒC) Diameter (mm) Length (mm) Gauss Value
MDL-1 Ferrite 250 300 300 1,200
MDL-2 Ferrite 250 300 450 1,200
MDL-3 Ferrite 250 400 600 1,200
MDL-4 Ferrite 250 450 750 1,200
MDL-5 Ferrite 250 500 1000 1,200
High-Intensity Magnetic Drum Separator (4500 Gauss) suitable for Max. Temperature 80˚ C
Model No. Magnets Max. Temp (ᵒC) Diameter (mm) Length (mm) Gauss Value
MDH-1 NdFeB 80 300 300 4,500
MDH-2 NdFeB 80 300 450 4,500
MDH-3 NdFeB 80 400 600 4,500
MDH-4 NdFeB 80 450 750 4,500
MDH-5 NdFeB 80 500 1000 4,500
MPCO also makes custom-designed Magnetic Drum Separators to precisely fit customer’s applications.
The following information is required:
Type of material from which Iron is to be separated. (Sticky, Granular, Free-flowing, Lumps, etc)
Size and level/percentage of contamination
The flow rate of material
Size/Density of the material particle
Applications:
The Magnetic Drum filters out iron contamination and hence is widely used in all the processing industry for the separation of iron contamination from:
Minerals and Chemicals
Food and Flour
Plastics
Grains
Sand
Fertilizers
Abrasives
Glass
Slag
Ores
Rock
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