Hydraulic Cone Crusher For Hard Stones

Introduction to hydraulic cone crusher

Multi-cylinder hydraulic cone crusher is the world's advanced level cone crusher developed on the basis of the latest technology introduced from Germany, which not only improves productivity and efficiency, but expands the scope of application.

Performance advantages of hydraulic cone crushera

Multi-cylinder hydro cone crusher has an unmatched level of crushing performance in general crushing, fine crushing and superfine crushing of various materials from limestone to basalt, from stone production to a variety of ore crushing.

Multi-cylinder hydraulic cone crusher is the latest generation of cone crusher which can replace spring cone crusher and update general hydraulic cone crusher in today's mining industry, and it is the ideal crushing equipment for large stone plant and mining crushing.

Application areas of hydraulic cone crushers

Main features

High efficiency: Both ends of the multi-cylinder hydraulic cone crusher have spindle support, so it's able to withstand greater crushing force and greater stroke. If added with special crushing cavity adapting lamination principle, the machine has higher efficiency.

Hydraulic cone crushers adapting lamination principle

Large production capacity

The machine has a perfect design combination of crushing stroke, crushing speed and crushing cavity shape, which makes the machine have 35%~60% higher output than the old spring cone Crusher in case of the same fixed cone diameter.

Hydraulic cone crushers working on site

High quality of finished products

The multi-cylinder hydraulic cone crusher uses special crushing cavity, as well as the principle of laminated design, so that the cube proportions of finished product is significantly increased, with less needle-shaped stones and more evenly particle levels.

Working process

The rotating of motor drives pulley or coupling, motor shaft and cone axis to drive eccentric shaft to do periodic rotation-swing movement.

Working process of cone crusher

After entering the crushing cavity, the materials will be crushed by mutual impact extrusion, grinding and rubbing of the eccentric shaft and mortar roll to achieve desired crushing effect.

Hydraulic overload system can enlarge discharge hole to discharge obstruction when the machine is jammed, so it plays a positive role as insurance and significantly reduces maintenance and increases productivity.

Parameter

Multi-Cylinder Hydraulic Cone Crusher
Hydraulic Cone Crusher

Model	Cavity	Diameter of large end of crushing cone （mm）	Width of Feeding Opening（mm）	Max. feeding size (mm)	Adjusting Range of Discharge Opening (mm)	Processing capacity（t/h）	Main motor power（kw）	Weight of Main Machine （t）
FTMHP200	C1	900	210	178	22~38	160~250	160	10.1
	C2		155	132	18~38	145~250
	C3		130	110	14~38	120~250
	F1		118	100	12~25	108~210
	F2		90	76	10~25	81~210
	F3		70	60	8~25	72~210
FTMHP300	C1	1100	235	200	26~45	230~445	220	17.8
	C2		211	180	20~45	200~445
	C3		135	115	16~45	180~445
	F1		124	105	14~25	160~220
	F2		96	82	12~25	140~220
	F3		70	60	8~25	120~220
FTMHP400	C1	1400	330	280	26~51	270~630	315	25
	C2		200	170	22~51	243~630
	C3		152	130	16~51	210~630
	F1		135	115	12~25	162~370
	F2		106	90	10~25	126~370
	F3		80	68	8~25	104~370
FTMHP500	C1	1500	335	285	32~51	365~790	400	34.1
	C2		229	190	25~51	328~790
	C3		180	152	19~51	280~790
	F1		152	130	13~25	202~450
	F2		124	105	10~25	158~450
	F3		88	75	8~25	122~450
FTMHP800	C1	2000	385	326	32~51	616~1100	630	69.2
	C2		350	298	25~51	522~1100
	C3		280	238	16~51	380~1100
	F1		160	136	13~25	328~730
	F2		120	102	10~25	270~730
	F3		90	77	8~25	166~730

Model	Cavity	Diameter of large end of crushing cone （mm）	Processing capacity（t/h）
FTMHP200	C1	900	160~250
	C2		145~250
	C3		120~250
	F1		108~210
	F2		81~210
	F3		72~210
FTMHP300	C1	1100	230~445
	C2		200~445
	C3		180~445
	F1		160~220
	F2		140~220
	F3		120~220
FTMHP400	C1	1400	270~630
	C2		243~630
	C3		210~630
	F1		162~370
	F2		126~370
	F3		104~370
FTMHP500	C1	1500	365~790
	C2		328~790
	C3		280~790
	F1		202~450
	F2		158~450
	F3		122~450
FTMHP800	C1	2000	616~1100
	C2		522~1100
	C3		380~1100
	F1		328~730
	F2		270~730
	F3		166~730

Model	Cavity	Diameter of large end of crushing cone (mm)	Adjusting Range of Discharge Opening (mm)	Feed Opening Size of the Opening Edge when Recommending Min. Discharging Gate Opening (mm)	Max.feeding size (mm)	Processing capacity (t/h)	Main motor power (kw)	Machine Weight (t)
FTMGYS 300	C1	910	13~38	175	150	81~180	6P 90	10
	C2		9~22	102	85	60~180
	F1		3~16	76	65	36~145
	F2		3~13	41	35	36~130
FTMGYS 400	C1	1200	19~51	241	205	207~400	6P 200	20
	C2		16~38	210	178	162~350
	C3		13~31	137	115	126~310
	F1		8~25	105	89	109~230
	F2		6~16	89	76	82~230
	F3		3~16	64	54	40~230
FTMGYS 500	C1	1600	25~64	269	228	280~650	6P 280	40
	C2		22~51	241	205	258~450
	C3		16~38	209	178	180~410
	F1		10~25	133	113	162~355
	F2		6~19	89	76	136~330
	F3		5~13	70	60	90~300

Model	Max.feeding size（mm）	Processing capacity（t/h）
FTMGYS 300	150	81~180
	85	60~180
	65	36~145
	35	36~130
FTMGYS 400	205	207~400
	178	162~300
	115	126~310
	89	109~230
	76	82~230
	54	40~230
FTMGYS 500	228	280~650
	205	258~450
	178	180~410
	113	162~355
	76	136~330
	60	90~300