Wet energy-saving grid ball mill-Fornitore globale

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153-1182-6613
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No. 188 Xinhai Street, Fushan High tech Industrial Zone, Yantai City, Shandong Province

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Wet energy-saving grid ball mill

A high-efficiency and energy-saving ball mill equipment using rolling bearings.

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The use of wave shaped lining plates increases the contact surface between the ball and ore, enhances the grinding effect, and has the ability to improve the ore, reducing energy consumption;

Large mining outlet with high production capacity;

Small ball mills with a diameter of less than 2.1 meters (excluding 2.1 meters) shall adopt an integral frame, which is convenient for civil construction and equipment installation;

Oil mist lubrication device ensures reliable lubrication of large and small gears.

Working principle	Wet energy-saving grid ball mill process diagram The main component of Xinhai wet energy-saving ball mill is a cylinder with a small diameter and a large length. It is slowly rotated by a transmission device, and the material is fed from the feeding end of the cylinder. Due to the impact and self grinding of the steel ball and ore itself, the material is crushed inside the cylinder. Due to the continuous feeding of materials, the pressure causes the material inside the cylinder to move from the feeding end to the discharging end. The material that reaches the finished particle size is discharged from the discharge end of the cylinder. During wet grinding, materials are carried out by water flow; During dry grinding, the material is carried out by the airflow. The grid energy-saving ball mill has a discharge grid at the discharge end. The ball mill relies on the grid plate to force the discharge of ore, and the slurry surface inside the cylinder is low, reducing the over grinding of ore and preventing the discharge of steel balls. Under the same production conditions, the production capacity is higher than that of overflow ball mills. Rolling bearings are used at both ends of the cylinder instead of sliding bearings, which significantly saves energy.	Technical Parameter model	barrel diameter	(mm) Cylinder length	(mm) Motor model	Motor Power (kW)	long (mm)	wide	(mm)³tall	(mm)	Processing capacity (t/h) Effective volume (m)
)	1200	1200	Ball loading capacity (t)	22	3512	2076	1620	weight	1.14	2.4	9610
(kg)	1200	2400	MQGg 1212	45	5745	2352	1778	Y200L2-6	2.4	4.6	12692
0.17 ~4.1	1200	4000	MQGg 1224	80	7990	2210	2262	Y280M-8	3.8	7.8	15932
0.26 ~6.15	1500	1500	MQGg 1240	45	5740	3075	2280	JR117-8	2.2	5	17125
0.34~8.3	1500	3000	MQGg 1515	80	7253	3070	2280	Y280M-8	5	10	21425
1.4~4.5	1500	3600	MQGg 1530	110	8595	3185	2280	JR117-8	5.4	11.4	24213
2.8 ~9	1500	4500	MQGg 1536	130	9680	3254	2370	JR126-8	7	12	27346
3~11	1800	3000	MQGg 1545	180	8250	3620	2785	JR127-8	6.65	14	31850
3.5~12.5	1800	3600	MQGg 1830	180	8866	3683	2785	JR136-8	8.2	13.8	35467
4.5 ~27	1800	4520	MQGg 1836	210	9808	3683	2785	JR136-8	10.2	19	38909
4.5 ~29	1800	5620	MQGg 1845	210	10909	3683	2785	JR137-8	12.2	22	41681
5~35	1800	7020	MQGg 1856	245	12404	3783	2735	JR137-8	15	31.5	45166
6~40	2100	2200	MQGg 1870	155	7135	4137.7	3083	JR138-8	6.6	20	38340
7~50	2100	3000	MQGg 2122	180	8220	4220	3083	JR128-8	9	27	43100
5~29	2100	3600	MQGg 2130	210	9154.5	4320	3433	JR136-8	10.8	23.5	45833
6.5 ~36	2100	4000	MQGg 2136	210	9654	4320	3083	JR137-8	12.8	22.5	47262.4
7.5 ~42	2100	4500	MQGg 2140	280	10350	4253	3125	JR137-8	13.5	23.6	52648
7.5 ~45	2200	3000	MQGg 2145	210	8220	3864	3183	JR137-6	9.8	20.6	44600
10 ~50	2400	3000	MQGg 2230	280	9023.5	4836.4	3490	JR137-8	11.5	22.5	59544.5
7.5 ~45	2400	3600	MQGg 2430	320	9604.5	4836.4	3490	JR138-8	13.8	25.5	63932.5
7.2 ~92	2400	4200	MQGg 2436	320	10204.5	4836.4	3490	JR138-8	16	30	67370
8 ~100	2700	2100	MQGg 2442	245	8300	4786.4	3495	JR138-8	10.7	23	66743
8 ~110	2700	2700	MQGg 2721	280	8901	4786.4	3490	JR138-8	13.8	29	71030
7.2 ~84	2700	3000	MQGg 2727	320	9610	5000	3495	JR137-6	15.3	32	83909.2
7 ~110	2700	3200	MQGg 2730	320	10724	5000	3620	JR1410-8	15.7	32	88073
8 ~115	2700	3600	MQGg 2732	380	10409	5150	3620	JR1410-8	17.7	37	95300
8 ~120	2700	4000	MQGg 2736	380	10609	5150	3620	JR158-8	19	42	98454
12~145	2700	4500	MQGg 2740	450	11534	5200	3670	JR158-8	22	40	100016
12.5 ~152	2700	4700	MQGg 2745	475	11779	5571	4175	JR1510-8	23	45	101645
13~160	2700	6000	MQGg 2747	630	13299	5540.6	5140	JR1510-8	30	60	119546
13~170	2800	3600	MQGg 2760	400	10964	5350	3670	JR1512-8	19.7	41	106350
15~200	3200	3100	MQGg 2836	630	12750	6750	5150	JR1510-8	22.5	45	115430
13~160	3200	4500	MQGg 3231	800	13896	7200	5152.5	TDMK630-36	32.8	65	147588
14~180	3600	4500	MQGg 3245	1250	18280	7700	5496	TDMK800-36	41.5	76	195727

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