Product Details

Ore sand classify cyclone

Products Description:

Metal Mine Mining ore sand classify cyclone widely applied in minechosen technique in various metal mines. It mainly shows in the followingworks:

1.Classification for section I closed circuit grinding
2. Classification for section II closed circuit grinding
3. Regrinding for fine mine classification
4. Mud-removing before selection and after selection
5. Dam and backfill for gangue.

In closed circuit grinding system, it features high classification efficiency and fine overfall fineness under high mine concentration. Classification efficiency is higher for 5-10% than common screw grader. It benefits for enhancing grader utilizing coefficient.

Choose proper specification and mode of cyclone according to grinding processing capacity, overfall fineness and sedimentation concentration. This is precondition of getting the most optimized work condition. Our Company is able to offer stand-alone, parallel connection machine or machine series in such specs as Φ50, Φ75, Φ100, Φ125, Φ150, Φ200, Φ250, Φ300, Φ350, Φ500 and Φ660.

Fine sand, less than 37μm, in gangue can not be used as dam materials during selecting mine. After the classification by cyclone, coarse granule left in the bottom of dam, fine granule move to the tail of gangue. Fine granule graded naturally during the movement. There is section full of clean water, which can be used for calling back of water. In the process of filling tail, we utilize cyclone for grading and concentrating to separate coarse granule so that to reduce load of filtering machine and to reach at the best effect. Use cyclone to finish dam and filling work so that to solve problems such as leaking mine, sink and overproof water discharged. So it can receive obvious economic and social benefit.

Technical Parameters of ore sand classify cyclone

Specification	Canister Interior Diameter (mm)	Cone Angle (o)	Overfall Pipe Dia. (mm)	Bottom Exit Dia. (mm)	Max. Permitted Feeding Granularity (mm)	Feeding Pressure (Mpa)	Processing Capacity (m3/h)	Classifica -tion Granularity (μm)	Overall Size			Weight (Kg)
									L (mm)	W (mm)	H (mm)
FX660	660	20	180~240	80~150	16	0.03-0.2	250~350	74-220	1250	890	2650	995
FX500	500	20	130~200	35~100	10	0.03~0.3	140~220	74~200	850	790	2050	495
		15						74~150	850	790	2380	540
FX350	350	20	80~120	30~70	6	0.04~0.3	60~100	50~150	775	605	1765	182
		15						50~120	775	605	2115	230
FX300	300	20	65~115	20~50	5	0.04~0.3	45~85	50~150	665	585	1310	108
		15						40~100	665	585	1505	169
FX250	250	20	60~100	16~45	3	0.06~0.35	40~60	40~100	540	480	1180	72
		15						40~100	540	480	1220	77
		10						30~100	540	480	1380	83
FX200	200	20	40~65	16~32	2	0.06~0.35	25~40	40~100	435	360	1050	60
		15						30~100	435	360	1115	64
		10						30~100	435	360	1205	69
FX150	150	20	30~45	8~22	1.5	0.06~0.35	11~20	30~74	280	295	690	20
		15						30~74	280	295	900	22
		8						30~74	280	295	1270	60
FX125	125	17	25~40	8~18	1	0.06~0.35	8~15	20~100	210	185	620	10
		8						20~74	250	240	985	12
FX100	100	20	20~40	8~18	1	0.06~0.35	5~12	20~100	260	210	525	8
		15						20~100	268	215	720	13
		8						20~100	268	215	1000	21
FX75	75	15	15~22	6~12	0.6	0.1~0.4	2~5	20~74	240	230	465	4.2
		6						5~40	240	230	800	7
FX50	50	15	11~16	3~8	0.3	0.1~0.4	1~2	10~74	160	155	350	2
		6						5~30	160	155	590	2.5

Ore sand classify cyclone Material–polyurethane

Ore sand classify cyclone Material –iron and steel