Magnetic Drum is designed for effective separation of ferromagnetic materials, offering high efficiency and long-lasting performance.
1. No energy consumption, no pollution, with a simple structure and easy to use.
2. Utilizes rare earth alloy neodymium iron boron as the magnetic source, providing strong magnetic force and long service life.
3. The product's magnetic strength can reach up to 15,000 GS.
Force Magnetic Solution's Magnetic Drum emerge as the top-tier option in a plethora of industries, spanning from food processing plants to recycling facilities. With the assurance of a 1-year warranty, our Magnetic Drum from Force Magnetic Solution are meticulously fashioned from high-performance neodymium magnets. Engineered to surpass the most rigorous magnetic separation needs, its seamless installation and hassle-free maintenance make it the ultimate solution for a multitude of applications.
Working Principle
Magnetic Drums use a permanent magnetic field to separate ferromagnetic materials. The device consists of a permanent magnet and a rotating drum. As the material passes through the drum, ferromagnetic substances are attracted to the surface of the drum by the magnetic field. This process is efficient, energy-free, and pollution-free, allowing the Magnetic Drums to effectively remove ferromagnetic contaminants. With the use of high-performance rare earth alloy neodymium magnets as the magnetic source, the equipment has strong magnetic force, enabling it to handle fine ferromagnetic materials while maintaining a long service life.
Force magnetic Solution Magnetic Drum Details
1. hen material contaminated with tramp iron enters the magnetic field of the pulley, the iron is drawn towards the belt and remains attached until reaching the underside of the pulley. Upon exiting the magnetic field, the tramp iron is discharged separately, while the purified, non-magnetic material continues along its regular path over the pulley.
2. Customize your solution to exact specifications by choosing from a variety of sizes and magnet strengths.
3. With Force Magnetic Solution's magnetic head roller separator, magnetic fields are generated by magnets, resulting in efficient energy usage and cost savings.
4. Engineered with connections at both ends, our design facilitates effortless attachment to the motor, ensuring streamlined operation.
Product schematic diagram
Performance Parameters
Model
Performance
(GS)
Materials
Diameter
(mm)
Length A
(mm)
Length B
(mm)
Length C
(mm)
FNS-QCG-60
10000
201#/304#
Φ60
200
500
800
FNS-QCG-100
11000
201#/304#
Φ100
300
450
700
FNS-QCG-120
13000
201#/304#
Φ120
400
750
1000
FNS-QCG-150
15000
201#/304#
Φ150
250
430
600
FNS-QCG-159
4500
201#/304#
Φ159
280
420
730
FNS-QCG-219
4500
201#/304#
Φ219
300
480
850
FNS-QCG-300
4500
201#/304#
Φ300
300
500
1200
Product Photograph
Professional quality exquisite craftsmanship
Detail Display
1. The diameter and length can be customized according to requirements.
2. The magnetic intensity can reach up to 15,000 GS.
3. The appropriate magnetic strength can be selected according to requirements.
Factory shooting
Exterior scene
Workshop 1
Workshop 2
Workshop 3
Office
Warehouse
Company Honors
● High-Tech Enterprise
● Innovative Small and Medium-Sized Enterprise
● Certified ISO9001 Quality Management System
● Member of the Foshan Entrepreneurs Association
● Member of the Nanhai High-Tech Zone Chamber of Commerce
● Member of the Foshan Intellectual Property Association
● Certified China Online Marketing Credit Enterprise
● Outstanding Supplier at the 7th National Quartz Conference
● Dozens of Patented Products Available for Your Selection
Applications
Garbage sorting
Pharmaceutical industry
Quartz sand
Mining equipment
Energy and Environmental Protection
Sewage disposal
Battery material
Food industry
Rubber and plastic materials
Hot Tags: Magnetic Drum, China, Customized, Manufacturer, Supplier, Factory
For inquiries about permanent magnetic separator, electro magnetic filter, magnetic pulley or price list, please leave your email to us and we will be in touch within 24 hours.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.
Privacy Policy