Energy Saving Continuous Working Ball Mill Equipment

• Customization: Available
• Type: Ball Mill
• Motor Type: AC Motor
• Model NO.: 2100*7000mm
• Motor Power: 15-1000kw
• Rotationl Speed: 17-19r/min
• Application: Mine
• Materials: Mineral Ore, Mining Industry, Ceramic Industry
• Condition: New
• Warranty: 1 Year Apart From Wearing Parts
• After-sales Service: 12 Months
• Input Size: 25mm and Down
• Certificate: ISO9001-2008
• Color: on Requst
• Spare Parts: Supply for Whole Life
• Bearing: Roller or Bush Bearing in Choice
• Capacity(T/H): 1-50tph
• Output Size: 0-400mesh(Adjustable)
• Discharge System: Overflow or Grate Type in Choice
• Mining Object: Metallic and Non-Metallic Ore Excavator
• Transport Package: Standard Container
• Specification: International standard
• Trademark: hengxing
• Origin: Henan, China
• Production Capacity: 100t/H

Product Description

Energy Saving Continuous Working Ball Mill Equipment :
Energy-saving Ball Mill is generally used to grind ore 1/4 inch and finer, down to the particle size of 20 to 75 microns. It is widely used in mining, smelting, road, building material and chemical industury. And it is the key equipment for fine grinding after the crush process. This mill consists of feeding device, driving assembly, rotating assemply, bearing unit discharging assemply and foundation unit


Energy-Saving Ball Mill Working Principle:
He Energy-Saving Ball Mill is a horizental rotating device transmitted by the outer gear. The materials are transferred to the grinding chamber through the quill shaft uniformly. There are ladder liner and ripple liner and different specifications of steel balls in the chamber.

The centrifugal force caused by rotation of barrel brings the steel balls to a certain height and impact and grind the materials. The ground materials are discharged through the discharging board thus the grinding process is finished.


Energy-Saving Ball Mill Features:
1 It is an efficient tool for grinding many hard materials into fine powder;
2 There are two ways of grinding: The dry way and the wet way;
3 Ball mill can be divided into tabular type and flowing type according to different expelling mine;
4 To use the ball mill, the material to be ground is loaded into the neoprene barrel that contains grinding media;

5 As the barrel rotates, the material is crushed between the individual pieces of grinding media that mix and crush the product into fine powder over a period of time;
6 Ultimate particle size depends entirly on how hard the material the mill grinding

Energy saving ball mill main models and technical parameters :

Model	shaft rotation speed(r/min)	Ball load(t)	Feeding size(mm)	Discharging size(mm)	Capacity(t/h)	Power(KW)	Weight(T)
Φ 900 × 1800	38	1.5	≤ 20	0.075 -0.89	0.65 -2	18.5	3.6
Φ 900 × 2100	38	1.3-1.4	≤ 15	0.075 -0.83	0.7 -3.5	18.5	3.9
Φ 900 × 3000	38	2.7	≤ 20	0.075 -0.89	1.1-3.5	22	4.5
Φ 1200 × 2400	32	3.8	≤ 25	0.0745-0.6	1.5-4.8	30	11.5
Φ 1200 × 2800	32	3.3-3.5	≤ 25	0.0745-0.6	2-6	30	13
Φ 1200 × 4500	32	7	≤ 25	0.074 -0.4	1.6-5.8	45	13.8
Φ 1500 × 3000	27	8	≤ 25	0.074 -0.4	2-5	75	17
Φ 1500 × 3500	27	6.75 -6.4	≤ 25	0.075 -0.4	3-7	75	17.5
Φ 1500 × 4500	27	14	≤ 25	0.074 -0.4	3.5-12	110	21
Φ 1500 × 5700	27	15	≤ 25	0.074 -0.4	3.5-8	115	24.7
Φ 1830 × 3000	24	18	≤ 25	0.074 -0.4	4-10	130	28
Φ 1800 × 3600	24	10.6 -11.35	≤ 25	0.075 -0.4	5-22	130	33.5
Φ 1830 × 7000	24	25	≤ 25	0.074 -0.4	7.5-17	210	36
Φ 2100 × 3600	22	14-15.2	≤ 25	0.075 -0.4	15-36	370	46.8
Φ 2200 × 5500	21	30	≤ 25	0.074 -0.4	10-20	210	48.5
Φ 2200 × 6500	21	31	≤ 25	0.074 -0.4	14-26	380	52.8
Φ 2200 × 7500	21	33	≤ 25	0.074 -0.4	16-29	380	56
Φ 2400 × 3000	20.6	15.5 -16.6	≤ 25	0.075 -0.4	22-24	245	59
Φ 2400 × 4500	21	30	≤ 25	0.074 -0.4	8.5-60	380	65
Φ 2700 × 3600	20.6	39	≤ 25	0.074 -0.4	12-70	400	91.3
Φ 2700 × 4000	20.7	40	≤ 25	0.074 -0.4	12-80	400	94
Φ 2700 × 4500	20.7	48	≤ 25	0.074 -0.4	12-90	430	102
Φ 3200 × 4500	18	65	≤ 25	0.075 -0.4	according to the technics	800	137