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Magnetic Separation Machine

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Magnetic Separation Machine

Magnetic Separation Machine

Magnetic separation is generally a low cost method of recovery, unless high intensity separators are required. The electro-magnetic high intensity separators that produce 20,000 gauss; the rare earth magnetic separators are relatively inexpensive and can produce magnetic fields around 6,000 gauss. To different kinds of mineral ores, the application of magnetic separation machine is quite different.

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Technical Data

Model Roller size Magnetic intensity on surface mT Processing ability Drive power Roller rotary speed Weight
(Dia.×Length)
mm Geometric center average highest T/h m3/h Kw Kg
CTS(N,B)-46 400×600   130 160 1~3 5 1.1 45 600
CTS(N,B)-66 600×600   145 170 5~10 16 1.1 40 750
CTS(N,B)-69 600×900   145 170 8~15 24 1.1 40 830
CTS(N,B)-612 600×1200   145 170 10~20 32 2.2 40 990
CTS(N,B)-618 600×1800   145 170 15~30 48 2.2 40 1330
CTS(N,B)-712 750×1200 120 155 180 15~30 48 3 35 1500
CTS(N,B)-718 750×1800 120 155 180 20~45 72 3 35 2100
CTS(N,B)-918 900×1800 148 165 190 25~55 90 4 28 2900
CTS(N,B)-924 900×2400 148 165 190 35~70 110 4 28 3500
CTS(N,B)-1018 1050×1800 148 165 190 40~75 120 5.5 22 4000
CTS(N,B)-1021 1050×2100 148 165 190 45~88 140 5.5 22 4500
CTS(N,B)-1021 1050×2100 160 240 280 45~88 140 5.5 22 4500
CTS(N,B)-1024 1050×2400 148 165 190 52~100 160 5.5 22 5000
CTS(N,B)-1024 1050×2400 160 240 280 52~100 160 5.5 22 5000
CTS(N,B)-1030 1050×3000 160 240 280 65~125 200 7.5 22 6200
CTS(N,B)-1218 1200×1800 148 165 190 47~90 140 5.5 19 5800
CTS(N,B)-1218 1200×1800 160 240 280 47~90 140 5.5 19 5800
CTS(N,B)-1224 1200×2400 148 165 190 82~120 192 7.5 19 6200
CTS(N,B)-1224 1200×2400 160 240 300 82~120 192 7.5 19 6200
CTS(N,B)-1230 1200×3000 148 165 190 80~150 240 7.5 19 7200
CTS(N,B)-1230 1200×3000 160 240 280 80~150 240 7.5 19 7200
CTS(N,B)-1530 1500×3000 180 240 300 90~170 270 11 14 8100
CTS(N,B)-1540 1500×4000 180 240 300 115~220 350 11 14 9300

The Influence Factors Of Magnetic Separation Machine

Magnetic separator is appropriate for separating magnetic minerals with less than3mm particle size. It may be split into dry type and wet type magnetic separators, that also can be used as the iron elimination of coal, non-metallic minerals, building materials along with other materials. Magnetic separator can effectively reduce production costs for businesses, reduce energy consumption and increase the economic advantages of ore dressing plants. Do you know the factors that influence magnetic separation machine? Throughout the next passage, the professional and technical personnel in our company can give an in depth introduction for you personally:

1, The thickness of feeding layer. It's related to treating raw material grain size and magnetic particle content. The processing of coarse contaminants is usually compared to fine particle. Treating coarse particle grade ore thickness is all about 1.5 occasions the utmost particle, contributing to 4 occasions the processing particle grade towards the greatest contaminants. For fine material, it's arrived at 10 the particle thickness. The information of magnetic substance in raw materials are not high with thinner seam. If too thick in the lower magnetic contaminants through the material from the upper layer pressure, the magnetic suction up triggered by recovery rate is going to be decreased. High magnetic particle content can provide some thick seam.

2, The effectiveness of the magnetic area and also the work gap. The magnetic level and needs of treated materials are carefully related. Normally, we'd supply the magnetic lift production equipment, and in addition it could be in line with the magnetic area strength of ore material laboratory analysis.

3, Feeding rate. Feeding rate is dependant on the vibration feeding device (or belt) to look for the speed of feeding. Mechanical pressure speed is made the decision by mineral contaminants stay in the magnetic earnings. When the speed is high, the mineral particle within the magnetic area within the residence time is shorter, and also the mechanical pressure ore contaminants mostly are received gravity and inertia pressure. Therefore, the separating of weak magnetic minerals ought to be used underneath the strong magnetic mineral feed speed. For that general selection and monomer contaminants, when the magnetic pressure is powerful, the feeding rate could be elevated. To be able to enhance the recovery rate of ore, its feeding rate ought to be lower, and also the processing fine contaminants can facilitate the loose ore contaminants. The little amplitude frequency ought to be high, and also the processing of coarse grain is on the other hand.

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