Metallurgy, mineral processing ball mill

This machine consists of feeding part, discharging part, rotating part, transmission part (reducer, small transmission gear, motor, electronic control) and other main parts. The hollow shaft is made of cast steel, the inner part can be disassembled and replaced, the rotating large gear is processed by casting hobbing, and the cylinder is equipped with wear-resistant lining plate, which has good wear resistance. This machine runs smoothly and works reliably.

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Product Classification:

Ball mill

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Product Introduction

Ball mill structural features:

This machine consists of feeding part, discharging part, rotating part, transmission part (reducer, small transmission gear, motor, electronic control) and other main parts. The hollow shaft is made of cast steel, the inner village can be disassembled and replaced, the rotating large gear is processed by casting hobbing, and the cylinder is equipped with wear-resistant lining, which has good wear resistance. This machine runs smoothly and works reliably.

Note: According to the material and discharge method, dry ball mill and wet grid ball mill can be selected.

Main technical parameters of metallurgical and ore dressing ball mills

Specifications	Cylinder speed(c/min)	Ball loading(t)	Feed size (mm)	Discharge size(mm)	Yield (t/h)	Motor power(kw)	Remark
φ750×750	40.56	0.5	≤20	0.074-0.3	0.18-0.5	15	Energy-saving
φ750×1060	49.6	0.6	0-12	0.074-0.4	0.14-0.34	4	Energy-saving
φ750×1800	49.6	0.1	0-12	0.074-0.5	0.55-1.11	7.5	Energy-saving
φ900×900	40	0.67	≤60	0.074-0.6	0.23-0.74	22	Energy-saving
φ900×900	39	0.7	≤40	0.074-0.6	0.3-1.2	7.5	Wet grid
φ900×900	39	0.7	≤40	0.074-0.6	0.3-1.1	7.5	Wet overflow
φ900×1200	38	0.3	≤40	0.074-0.6	0.2	5.5	Dry
φ900×1800	40	1.6	≤60	0.074-0.89	0.58-2	30	Energy-saving
φ900×1800	39	0.85	≤40	0.074-0.89	0.6-2.1	15	Wet grid
φ900×1800	39	0.85	≤40	0.074-0.89	0.5-2.0	15	Wet overflow
φ900×2100	41	1.7	0-15	0.074-0.89	0.69-1.30	15	Energy-saving
φ900×2100	37	1.73	≤15	0.074-0.89	0.4-2	18.5	Dry lattice
φ900×2400	39	2.1	≤40	0.074-0.89	0.7-2.8	18.5	Wet grid
φ900×2400	39	2.1	≤40	0.074-0.89	0.6-2.5	18.5	Wet overflow
φ900×3000	36	2.7	≤20	0.074-0.89	1.1-3.5	22	Dry
φ900×3000	39	5.8	≤25	0.075-0.89	0.8-3.1	22	Wet grid
φ900×3000	39	5.8	≤25	0.075-0.89	0.7-2.8	22	Wet overflow
φ1200×1200	34	5	≤25	0.075-0.89	0.3-3	18.5	Wet grid
φ1200×1200	34	5	≤25	0.075-0.89	0.3-2.5	18.5	Wet overflow
φ1200×1200	31.3	2.4	≤20	0.074-0.6	0.20-2.19	37	Energy saving
φ1200×1600	35	2.5	0-20	0.074-0.6	0.80-2.0	18.5	Energy saving
φ1200×2000	35	3.0	0-20	0.074-0.6	1.1-2.6		Energy saving
φ1200×2400	31.3	4.8	0-20	0.075-0.3	0.4-5.8	45	Energy saving
φ1200×2400	34	9	≤25	0.075-0.3	0.5-6	30	Wet grid
φ1200×2400	34	9	≤25	0.075-0.3	0.5-5	30	Wet overflow
MQG1200×2400	32	4.8	≤20	0.074-0.6	1.5-2	45	Dry
φ1200×2800	35	4.22	≤25	0.074-0.6	1.5-3.7	37	Dry
φ1200×2800	35	4	0-20	0.074-0.6	1.42-3.8	30	Energy saving
φ1200×3000	34	11	≤25	0.074-0.6	0.6-7	37	Wet grid
φ1200×3000	34	11	≤25	0.074-0.6	0.6-6	37	Wet overflow
φ1200×3000	32	5	≤25	0.074-0.4	1.6-5	45	Dry
MB1200×3000	28	7.2	≤25	0.074-0.4	1.5-8	45	Wet Rod Mill
φ1200×4500	33	13	≤25	0.074-0.4	0.7-8	45	Wet grid
φ1200×4500	33	13	≤25	0.074-0.4	0.7-7	45	Wet overflow
MQG1200×4500	30	5.2	<25	0.074	1.5	55	Dry
φ1500×1500	29.2	4	≤25	0.074-0.85	1-3.5	60	Energy saving
φ1500×1500	31	9	≤25	0.074-0.4	1.5-7	45	Wet grid
φ1500×1500	31	9	<25	0.074-0.4	1.5-6	45	Wet overflow
φ1500×1800	28	7	<25	0.074-0.4	1	11	Dry
φ1500×3000	32.7	10.4	≤25	0.074-0.85	2-6.8	95	Energy saving
φ1500×3000	31	17	≤25	0.074-0.4	3-11	75	Wet grid
φ1500×3000	31	17	≤25	0.074-0.4	3-10	75	Wet overflow
MBJ1500×3000	26	10	≤25	0.074-0.4	3-15	75	Wet Rod Mill
MQ1500×3500	31	8.2	0-25	0.074-0.4	3.3-8.2	75	Cone Energy Saving
MQG1500×4500	28.8	10	≤25	0.074-04	3-4	110	Dry
φ1500×4500	30	23	≤25	0.074-0.4	4-12	110	Wet grid
φ1500×4500	30	23	≤25	0.074-0.4	4-11	110	Wet overflow
MQG1500×5700	28.8	12	≤25	0.074-0.4	3-5	130	Dry
φ1500×5700	28	10.5	0-25	0.074-0.6	3.5-9.5	130	Energy saving
φ1500×5700	30	25	≤25	0.074-0.6	4-14	130	Wet grid
φ1500×5700	30	25	≤25	0.074-0.6	4-13	135	Wet overflow
MQG1500×6400	28.8	13	≤25	0.074-0.4	3-5	130	Dry
MQG1830×3000	26.8	14	≤25	0.074-0.4	6-16	130	Wet grid
MQG1830×3000	26.8	14	≤25	0.074-0.4	6-15	130	Wet overflow
φ1830×3000	25.4	11	≤25	0.074-0.4	4-10	130	Energy saving
MQG1830×3600	24.23	11	0-25	0.074-0.4	6.6-18.5	130	Wet energy saving
φ1830×4500	26.8	31	≤25	0.074-0.4	6-18	180	Wet grid
φ1830×4500	26.8	31	≤25	0.074-0.4	6-17	180	Wet overflow
φ1830×4500	25.4	5	≤25	0.074-0.4	4.5-12	155	Dry
φ1830×4500	24	15	<25	0.074-0.4	4-19	155	Ball (Rod) Mill
φ1830×5400	24.5	15	≤25	0.074-0.4	5-7	210	Wet overflow
φ1830×6400	24.1	21	≤25	0.074-0.4	6.5-15	210	Wet overflow

Specifications	Cylinder speed(r/min)	Ball loading(t)	Feed size (mm)	Discharge size(mm)	Yield (t/h)	Motor power(kw)	Remark
φ1830×6400	24	23	≤25	0.074-0.4	6.5-15	210	Wet grid
φ1830×7000	24.1	23	≤25	0.074-0.4	7.5-17	210	Dry energy saving
MQG1830×7000	24.5	20	≤25	0.074-0.4	6-8	245	Dry
φ1830×7000	24.5	21	0-25	0.074-0.6	4-35	210	Wet energy saving
φ1830×7000	24.5	20	≤25	0.074-0.6	6-22	210	Wet grid
φ1830×7000	24.5	20	≤25	0.074-0.6	6-21	210	Wet overflow
φ2100×2100	24	28.5	≤25	0.074-0.6	6-33	180	Wet grid
φ2100×2100	24	28.5	≤25	0.074-0.6	6-32	180	Wet overflow
φ2100×3000	23.7	15	<25	0.074-0.4	6.5-36	180	Dry
φ2100×3000	23.8	18	≤25	0.074-2.36	6-33	180	Energy-saving ball mill
MB2100×3000	22	20	≤25	0.074-2.36	14-35	210	Wet Rod Mill
φ2100×3600	23.8	15	0-30	0.074-0.4	12-30	180	Cone Energy Saving
φ2100×3600	22	22.9	≤25	0.074-0.4	7.6-28	210	Dry
φ2100×3600	24	45	≤25	0.075-0.4	7-39	210	Wet grid
φ2100×3600	24	45	≤25	0.075-0.4	7-38	210	Wet overflow
MBJ2100×3600	20	25	≤25	0.075-0.4	15-40	210	Wet Rod Mill
φ2100×4500	23.7	24	≤25	0.075-0.4	8-43	245	Dry
φ2100×4500	24	49	≤25	0.074-0.4	8-43	240	Wet grid
φ2100×4500	24	49	≤25	0.074-0.4	8-41	240	Wet overflow
φ2200×6500	21	31	≤25	0.074-0.4	14-26	380	Dry
φ2200×7500	21	33	≤25	0.074-0.8	16-29	380	Dry
MQG2200×9000	21.4	34	≤25	0.074-0.8	8-10	475	Dry
φ2400×3000	22	50	≤25	0.074-0.8	7-90	240	Wet
φ2400×3600	22	50	≤25	0.074-0.8	9-47	240	Wet
MQG2400×7000	20.4	36	≤25	0.074-0.8	10-14	475	Dry
MQG2400×8000	20.4	42	≤25	0.074-0.8	10-14	560	Dry
MQG2600×8000	19.6	52	≤25	0.074-0.8	16-20	630	Dry
φ2700×2100	21	70	≤25	0.074-0.8	9-80	240	Wet
φ2700×2100	21	70	≤25	0.074-0.8	9-78	240	Wet
MQG2700×3600	20.6	39	0-35	0.074-0.8	31-65	380	Energy saving
φ2700×3600	21	46	≤25	0.074-0.8	12-125	380	Wet grid
φ2700×3600	21	46	≤25	0.074-0.8	12-120	380	Wet overflow
MBJ2700×3600	18	45	≤25	0.074-0.8	18-123	350	Wet Rod Mill
φ2700×4000	21	53	≤25	0.074-0.8	12-1145	380	Wet grid
φ2700×4000	21	53	≤25	0.074-0.8	12-140	380	Wet overflow
φ2700×4500	20	53	≤25	0.074-0.8	12-150	430	Wet grid
φ2700×4500	20	53	≤25	0.074-0.8	12-145	430	Wet overflow
MQG3000×9000	18.3	78	≤25	0.074-0.8	20-25	1000	Dry
φ3200×4500	18	69	≤25	0.074-0.8	According to process conditions	600	Wet grid
φ3200×4500	18	69	≤25	0.074-0.8		600	Wet overflow
φ3600×4500	17	90	≤25	0.074-0.8		850	Wet grid
φ3600×4500	17	90	≤25	0.074-0.8		850	Wet overflow
φ3600×6000	17	95	≤25	0.074-0.8		1250	Wet grid
φ3600×6000	17	95	≤25	0.074-0.8		1250	Wet overflow