Compound Cone Crusher

The compact size and low weight contributes to a high crushing performance, making the CC Series cone crusher's highly popular world wide. Several thousands of CC Series cone crushers are working around the globe today, a testimony to their first-class reliability and versatility.

Features of Compound cone crusher

The crush cone has long distance to bowl liner in every stroke, so the crusher allows more materiel get into the cavity and produces larger yield, and the materiel pass through the cavity more quickly.
Low cost of daily run and maintenance. Choose the right manufacture materiel and structure, prolong the use life; the long crush arm to reduce the load of slip bearing, gear, and shell; the granularity of the product is uniform which reduces the cycle load; the system of cleaning cavity with hydraulic pressure is convenient , save time, low power and distribution in reason.
1. Proper selection of crushing chamber for material to be crushed.
2. A feed grading containing proper distribution of the particle size.
3. Controlled feed rate adopted in the cone crusher.
4. Proper feed distribution 360° around crushing chamber.
5. Discharge conveyor sized to carry maximum crusher capacity.
6. Properly sized scalping and closed circuit screens.
7. Automation controls is used in the cone crusher.
8. Adequate crusher discharge area

Principle of Compound cone crusher
After the material has slid down a short distance, the larger lumps or masses of the material are crushed into smaller masses by the impact created when these lumps are caught between the crushing head wall and the inner wall of the mantle jacket, as the head approaches a portion of the mantle wall.
The size of the crushed product can be regulated by raising or lowering the mantle by means of the sprocket nuts, thereby increasing or decreasing the cross section of the crushing cavity.

Compound cone crusher is widely used to break medium hard or harder materials. We supply four types (Course, Medium, Fine and Extra Fine Chamber) for your option. We adopt best combination for the crushing frequency and eccentric distance to make the better performance. The capacity is much higher than counterparts. At the same time, our design strengthens compaction force between particles. That can ensure Cubic final products.

MITG has adopted technical platform and combined with practical production experience, also designed and developed and developed new generation compound cone crusher. This new design optimizes the structure, increases its capacity, improve its performance, and enhance its cost performance ratio. We have obvious advantages in large crushing production line as secondary, tertiary crusher to break hard or extra hard materials. compound cone crusher can be widely used to all kinds of fields. Especially for the Extra Fine, Type. It can break the material to 5mm. it is excellent choice for iron ore production line. Its technical advantage is incomparable for our counterparts.

Features
1.  Advanced technical platform support and more reasonable structure can optimize its performance.
2. Readjusted crushing frequency and eccentric distance adopted to greatly increase its capacity.
3. Compound cone crushing chamber can ensure cubic shape of final product.
4. Efficiently make sure of materials overlay-crushing principle to decrease wear rating.
5. It is very easy to operate the machine via introducing hydraulic adjustment device.
6. Chamber clearing process can be done within 10 minutes by adopting hydraulic chamber clearing device.
7. Due to refined process of inner movable cone, we need not do the finish complicated steps such like: add adhesive and clear surface of main shaft when replace movable cone. That would greatly simplify the process to replacement and save you time.
8. For Oil-way of the cone crusher machine, we use dynamic sealing, no need water and grease. So the core running assembly will work reliably and prolong its service life.
9. Perfect operating and inspecting system can ensure protect body in all aspects.

Model	Chamber type	Max Feeding Size(mm)	Min Discharge Size(mm)	Power (kw)	Crushing Capacity(t/h)										Weight (Kg)
					End discharge opening size(mm)
					6	10	13	16	19	22	25	38	51	65
CC600	C	95	10	37-45		20	25	30	35	45	50	76			5300
	M	72	6	37-45	18	20	25	30	35	40	45	60			5300
CC1000	C	160	13	90-110			80	100	135	150	175	235			10800
	M	115	10	90-110		65	75	90	120	135	150				10800
	F	80	8	90-110	52	62	72	78	115						10510
	EF	50	6	90-110	50	55	65	70	102						10510
CC1160	C	180	13	110-132			115	135	150	180	200	260			15500
	M	130	10	110-132		100	110	120	135	165	175				15500
	F	90	10	110-132		80	105	110	140						15500
	EF	60	6	110-132	60	74	105	110	130						15500
CC1300	C	200	16	132-160				150	180	200	230	310	390		22300
	M	150	13	132-160			115	140	160	190	210				22300
	F	102	10	132-160		90	115	145	160						22300
	EF	70	8	132-160		88	110	135	155						22300
CC1380	C	215	19	185-220					200	220	260	350	440		26300
	M	160	16	185-220				155	180	200	220				26300
	F	115	13	185-220			150	190	210	230					26300
	EF	76	8	185-220		122	148	185	200						26300
CC1500	C	235	22	185-220						265	310	420	525	580	37750
	M	175	19	185-220					215	240	265	320			37750
	F	130	13	185-220			180	210	235	255	275				37750
	EF	90	10	185-220		148	178	200	220						37750
CC1680	C	267	22	250-300						330	390	525	655	725	44300
	M	203	16	250-300				230	270	300	330				44300
	F	140	13	250-300		185	225	265	265	340					44300
	EF	95	10	250-300		180	220	260	335						44300

Note:  C=Coarse M=Medium F=Fine EF=Extra Fine
Capacity and Min-discharge opening data is based on materials with density of 1.6T/CBM. The actual performance may very, to some extent, when the raw materials are different in size, stone type, water content.