Dry Powder Electro Magnetic Separator for Fine Powders

• Customization: Available
• After-sales Service: After-Sales Service Guide
• Warranty: 12months
• Model NO.: DN200/DN250/DN300
• Object: Fine Powders
• Separation Mode: Filter Type
• Operating Type: Intermittent Type
• Installation: Horizontal
• Centrifuge Type: None
• Distillation Equipment Type: None
• Extraction Tower Type: None
• Pressure: Low Pressure
• Condition: New
• Cleaning Model: Self Cleaning
• Power: Electricity
• Transport Package: Fumigation
• Specification: 1400*1400*2600mm
• Trademark: Kingmag
• Origin: China

Product Description

the electromagnet consists of a solenoid coil encased in a steel housing. A high intensity uniform magnetic field is generated in the bore of the coil.
Within the bore is a canister, packed with filter elements, which are referred to as the matrix. The matrix consists of a stack of expanded steel plates arranged with staggered openings to accommodate the material flow. The matrix amplifies the externally applied magnetic field, produces regions of extremely high gradient and provides collection sites for the capture of ferrous contaminants.
A dual vibratory drive system, mounted on the canister, imparts a high frequency, low amplitude vibration to the matrix. When feed material flows through the magnetized matrix, the iron bearing contaminants are captured and held, resulting in a high purity product. the non-magnetic product flows freely through the canister, aided by the matrix vibration.
Typical application: lithium anode and cathode materials, non-ferrous material purification

Work Principle
The electromagnet consists of a solenoid coil encased in a steel housing. A high intensity uniform magnetic field is generated in the bore of the coil.
Within the bore is a canister, packed with filter elements, which are referred to as the matrix. The matrix consists of a stack of expanded steel plates arranged with staggered openings to accommodate the material flow. The matrix amplifies the externally applied magnetic field, produces regions of extremely high gradient and provides collection sites for the capture of ferrous contaminants.
A dual vibratory drive system, mounted on the canister, imparts a high frequency, low amplitude vibration to the matrix. When feed material flows through the magnetized matrix, the iron bearing contaminants are captured and held, resulting in a high purity product. the non-magnetic product flows freely through the canister, aided by the matrix vibration.
Typical application: lithium anode and cathode materials, non-ferrous material purification
Improvement and Innovation
Since finishing the production of the 1st set,with more knowledage about the application,we improve a lot to accommodate the customer requests.
1. 1st set
2. changing the recling angle of the flap valve to meke the flow smoothly;
3. the discharging outlet smaller to make the whole body easier;
4.Better piping to ensure the sealing to eliminate the leakage:
5.Shocking buffering parts
6. special sleeve adoption to make the coil linking much more safe
7.Constant current design to make the separator work smoothly.


Until now,our products receive the trust and praise as its very low fault rate.

ID(mm)	Capacity(kg/h)			Background gauss	Work gauss	power	L	W	H	Weight
	sand	lithium carbonate	graphite	gauss	gauss	KW	mm	mm	mm	T
100	370	110	100	3500	14000	4	800	1000	1600	1.7
				5000	20000	8	950	1150	1600	2.2
150	850	255	230	3500	14000	6	850	1050	1600	1.9
				4000	16000	7	900	1100	1600	2.1
				5000	20000	10	1000	1200	1600	2.7
250	1850	600	550	3500	14000	9	1050	1250	2060	2.4
				4000	16000	11	1100	1300	2060	2.6
				5000	20000	14	1200	1400	2060	3.3
				6000	24000	18	1300	1500	2060	4.1
				7000	28000	23	1350	1550	2100	5.2
				7500	30000	26	1400	1600	2100	5.5
300	3200	950	850	3500	14000	10	1100	1300	2060	2.8
				4500	18000	15	1200	1400	2060	3.2
				5000	20000	17	1250	1450	2060	3.7
				6000	24000	22	1300	1500	2060	4.7
				7000	28000	27	1400	1600	2100	6
				7500	30000	30	1500	1700	2100	6.4
400	5500	1600	1500	3500	14000	15	1200	1400	2070	3.2
				4000	16000	18	1250	1450	2070	3.5
				4500	18000	21	1300	1500	2070	4
				5000	20000	25	1400	1600	2070	4.8