Hydraulic Cone Crusher | CRUSHERS | PRODUCTS | Mineral Processing Equipment and Solutions

Hydraulic Cone Crusher

Working Principle

HCC series single cylinder hydraulic cone crusher, a kind of cone crusher with advanced technology in the world, has not only the features of high reliability, but also the feature of high crushing efficiency, low operation cost, and good shape of the end products. It is widely used in mining and gravel aggregate industries, and is suitable for crushing various materials with hard and above medium hardness.

There’re various options for cavities. By proper chamber and eccentricity, it meets the customer’s maximum demand for production and high output. Under the condition of full feeding, it can realize laminating crushing, and make better material for the products.

Low Vulnerable Part Consumption and Low Operation Cost

The discharge opening can be adjusted timely and conveniently with hydraulic adjusting design, which realizes full load operation, lower wear parts consumption and reduces operation cost.

Easy Chamber Exchange

Due to the same body structure, we can get different crushing chamber by changing the liner plate to fulfill the various processing requirement for primary and fine crushing.

Advanced Hydraulic Technology Offers Easy Operation and Maintenance

Adopting advanced hydraulic technology, the overload protection can be realized effectively, which simplifies the structure of crusher and reduces its weight. All maintenance and inspection can be fulfilled through the top of the crusher, achieving easy maintenance.

Large Feeding Inlet Design

Large feeding inlet design is adopted by S type HCC series cone crusher to provide good mating with primary jaw crusher and the crushing capacity can be greatly increased. While processing gravels, it can replace jaw crusher for primary crushing.

Application Scope

Hydaulic cone crusher is one of the most commonly used mining equipment, which is widely used in mineral processing, construction materials, silicate and chemical industries. In the production of small scale, medium scale or large scale mineral processing plants, it is generally used as the secondary and tertiary crushing machine to crush hard or medium hard metal ores of gold, silver, copper, lead, zinc, nickel, manganese, iron, molybdenum, chromium, tin and others, as well as stone, rock, granite, limestone, barite, quartz, graphite, feldspar, fluorspar, etc.

Technical Parameters of HCC Series Single Cylinder Hydraulic Cone Crusher

Model	Chamber	Inlet Size (mm)	Max. Feeding Size (mm)	Discharging Size (mm)			Power (kW)
HCC100				Stroke 16	Stroke 22		90
	A	150	120	12~39	15~37
	B	130	105	10~33	11~31
	C	100	85	7~33	9~30
	D	40	32	5~31	6~29
HCC200				Stroke 18	Stroke 25		160
	A	220	180	18~35	22~30
	B	150	120	15~35	19~30
	C	80	60	9~35	12~30
	D	40	32	6~35	8~30
HCC300				Stroke 25	Stroke 32		250
	A	230	190	20~45	25~40
	B	150	125	17~45	20~40
	C	80	60	10~40	13~35
	D	40	32	6~40	8~35
HCC500				Stroke 25	Stroke 32	Stroke 40	315
	A	230	180	22~50	26~45	30~40
	B	150	125	19~48	22~43	26~38
	C	100	80	12~40	14~35	16~30
	D	50	40	8~30	10~25	12~20

Model	Stroke	Closed side discharge outlet (mm)
		8	12	16	20	25	30	35	40	45
		Capacity (t/h)
HCC100	16	35~40	45~55	55~65	67~75	75~85	90~100	105~115
HCC100	22	45~50	55~65	65~75	75~90	85~105	100~125	115~135
HCC200	18	65~75	75~90	85~105	100~125	135~150	160~175	170~190
HCC200	25		90~110	110~130	125~155	160~180	185~210
HCC300	25	100~120	110~135	130~160	150~180	170~200	200~230	230~260	250~290	270~310
HCC300	32	110~135	130~150	160~200	180~220	200~250	230~280	260~310	280~320	300~340
HCC500	25	100~120	120~150	140~170	160~190	190~220	220~250	250~280	280~310	330~370
	32		150~170	170~200	200~230	250~270	280~300	310~340	370~420	430~500
	40		180~200	210~240	250~280	300~330	330~380	370~420	430~500

Technical Parameters of Medium Crushing Type

Model	Chamber	Inlet Size (mm)	Max. Feeding Size (mm)	Discharging Size (mm)			Power (kW)
HCCZ100				Stroke 16	Stroke 22		75~90
	A	250	210	35~65	35~60
	B	200	170	35~65	35~60
HCCZ200				Stroke 18	Stroke 25		110~160
	A	330	280	27~65	30~60
	B	250	210	25~60	28~55
HCCZ300				Stroke 25	Stroke 32		160~250
	A	380	320	28~73	32~69
	B	280	240	26~66	30~62
HCCZ500				Stroke 18	Stroke 25	Stroke 32	250~315
	A	500	420	50~80	55~75	60~70
	B	380	320	40~70	45~65	50~60

Model	Stroke	Closed Side Discharge Outlet (mm)
		35	40	45	50	55	60	65	70	75
		Capacity (t/h)
HCCZ100	16	135~150	145~165	155~175	165~185	175~190	180~205
HCCZ100	20	160~180	170~200	180~210	190~220	200~230	205~235
HCCZ200	18	160~190	180~210	200~230	230~250	250~270	270~300
HCCZ200	25	190~240	210~260	230~280	260~310	290~340	310~370
HCCZ300	25	250~300	290~340	320~350	350~380	380~410	410~440	440~470
HCCZ300	32	340~390	370~420	400~440	430~470	470~500	500~510	530~540
HCCZ500	18			300~350	330~380	370~420	400~450	430~480	460~510	500~550
	25				500~550	550~600	600~650	650~700	700~750	750~800
	32				650~700	700~750	750~800	825~875	900~950	950~1000

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