Cone Crusher-FTM Machinery

Overview

The cone crusher is mainly divided into three types: one type for coarse crushing, one for medium crushing and the other for fine crushing. Since the applications of ore determine the type of crushing cavity, the standard cavity is used for medium crushing, the medium one for medium and fine crushing and the short-head type for fine crushing.

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- Applicable Materials:

The cone crusher is suitable for crushing ores and rocks with medium and high hardness, such as iron ore, limestone, copper ore, quartz, and granite.

Working principle

The motor rotates with a pulley or a coupling when the machine begins to run. The drive shaft and the conical cone swing under the drive of the eccentric sleeve. After that, the crushing wall is now close to or now leaves the surface of the shackle wall fixed on the adjusting sleeve, so that the ore is continuously subjected to impact, extrusion and bending in the crushing chamber and then crushed.

Advantages

High Performance and Low Costs

The combination of the optimized cavity, reasonable speed and stroke enables stable and reliable performance, improved capacity and reduced costs. With the principle of laminating and crushing, it can produce more cubic finished products in a uniform size and reasonable gradation.
Safe and Reasonable Operation

Large-diameter spindles and the heavy-duty main frame ensure firm structure and reliable operation. The independent thin oil lubrication system ensures double protection of bearing lubrication; and the iron protecting device and automatic control system enables automatic and safety protection.
Easy to Operate and Repair

All parts can be dissembled from the top or side for easily assembling and dissembling the fixed cone and movable cone. The hydraulic system can quickly clean the crushing chamber, greatly reducing downtime.

Classification

Fote has mainly produced four types of cone crushers, i.e., the single-cylinder hydraulic cone crusher, the multi-cylinder hydraulic cone crusher, the hydraulic cone crusher and the compound cone crusher.

I. The single-cylinder hydraulic cone crusher is developed with the integration of mechanical, hydraulic, electrical, and intelligent control technologies. It can medium, fine and ultra-fine crush materials and is widely used in metallurgy, construction, cement, highways and railways construction, ore beneficiation and other fields.

II. The multi-cylinder hydraulic cone crusher can replace the spring cone crusher and traditional ones in mining construction industry in that its high speed, high capacity and unique patent keep finished products in extremely cubic shape.

III. The hydraulic cone crusher is a new type of cone crusher that FTM Machinery develops by adopting advanced design and optimizing previous machines. In light of better crushing frequency and eccentricity, the content of the discharge granules in the closed side can reach 80%, significantly improving processing capacity in subsequent processes and reducing comprehensive energy consumption.

IV. The compound cone crusher (Symons) is mainly divided into two types, the standard type and short-head one. In general, the standard features large feeding size and large discharging size; whereas the short-head has a steep crushing cone. Thus, the standard is generally used for coarse and medium crushing and the other for medium and fine crushing.

price

Given that there are many series of cone crushers, their prices are bound to vary. The main influencing factors includes the technology and manufacturing costs.

According to users’ investment on the equipment, Fote Machinery offers different price cuts to you, for example, those who purchase a large cone crusher and other machines will get a higher discount.

case

- The production line of crushing large basalt

basalt: Capacity: 500 t/h

- the jaw crusher - the single-cylinder cone crusher - the multi-cylinder cone crusher - the impact crusher - the vibrating screen

: This production line not only cuts costs, but also improves the efficiency of stone production, allowing us to obtain more benefits.

Specifications

Symons Cone Crusher
Full Hydraulic Cone Crusher
Multi-cylinder Hydraulic Cone Crusher
Single-cylinder Hydraulic Cone Crusher

Type	Model	Diameter of Large end of Crushing Cone（mm）	Feeding Size（mm）	Max.feeding size（mm）	Adjusting Range of Discharge Opening（mm）	Processing capacity（t/h）	Main motor power（kw）	Machine weight（t）
PSG 1300	1313	1295	137	110	13-31	109-181	160	23
	1321		210	170	16-38	132-253
	1324		241	190	19-51	172-349
	1306		64	50	3-16	36-163
	1308		89	70	6-16	82-163
	1310		105	85	8-25	109-227

Note:processing Capacity May Vary With Different Materials And Feeding Sizes.

Model	Cavities	Broken cone big end diameter（mm）	Feeding Size（mm）	Max.feeding Size（mm）	Adjusting Range of Discharge Opening（mm）	Processing capacity（t/h）	Power（kw）	Weight of main machine（t）
GYS 300	C1	910	175	140	13-38	81-180	90	10
	C2		102	80	9-22	60-180
	F1		76	60	3-16	36-145
	F2		41	30	3-13	36-130
GYS 400	C1	1200	241	190	19-51	207-400	200	20
	C2		210	168	16-38	162-350
	C3		137	110	13-31	126-310
	F1		105	85	8-25	109-230
	F2		89	70	6-16	82-230
	F3		64	50	3-16	40-230
GYS 500	C1	1600	269	215	25-64	280-650	280	40
	C2		241	190	22-51	258-450
	C3		209	170	16-38	180-410
	F1		133	105	10-25	162-355
	F2		89	70	6-19	136-330
	F3		70	55	5-13	90-300

Note:processing Capacity May Vary With Different Materials And Feeding Sizes.

Model	Cavities	Broken cone big end diameter（mm）	Feeding size（mm）	Maximum Feeding size（mm）	Adjusting Range of Discharge port（mm）	Capacity（t/h）	Power（kw）	Weight of main machine（t）
HPM200	C1	900	185	145	22	160~250	160	11
	C2		125	100	18	145~250
	C3		95	75	14	120~250
	F1		76	60	12	108~210
	F2		54	45	10	81~210

HPM300	C1	1100	235	190	26	230~445	220	20
	C2		211	170	20	200~445
	C3		150	120	16	180~445
	C4		107	85	14	160~220
	F1		53	40	12	140~220

HPM400	C1	1400	299	240	35	270~630	315	27
	C2		252	200	25	252~630
	C3		198	160	25	243~630
	C4		111	190	18	210~630
	F1		92	75	15	162~370
	F2		52	40	13	126~370
HPM500	C1	1500	335	270	38	365~790	400	40
	C2		286	230	30	328~790
	C3		204	165	22	280~790
	C4		133	105	20	202~450
	F1		95	75	16	175~450
	F2		52	42	8	158~450
HPM650	C1		328	262	30	386~790	500
	C2		279	225	25	348~790
	C3		196	175	20	300~790
	F1		106	85	13	280~530
	F2		52	42	9	220~530

HPM800	C1	2000	353	280	38	616~1100	630	70
	C2		297	240	38	522~1100
	C3		267	214	25	495~1100
	C4		219	175	22	380~1100
	F1		155	125	20	328~730
	F2		92	75	16	270~730

Note:processing Capacity May Vary With Different Materials And Feeding Sizes.

SC Single Cylinder Cone Crusher Medium Crushing Series

Model	Cavities	Feeding Size （mm）	Maximum Feeding Size （mm）	Minimum Discharging Size （mm）	Power （kw）	Capacity（t/h）
SC100S	C1	240	175	22	90	85-170
SC100S	C2	200	160	19	90	70-130
SC160S	C1	360	290	25	160	125-345
SC160S	C2	300	240	22	160	108-305
SC250S	C1	450	360	35	250	265-524
SC250S	C2	400	320	29	250	225-448
SC315S	C1	560	450	41	315	349-1050
SC315S	C2	500	400	38	315	318-892
SC450S	C1	600	480	44	450	498-1500
SC450S	C2	480	385	41	450	454-1274

SC Single Cylinder Cone Crusher Fine Crushing Series

Model	Cavities	Feeding Size （mm）	Maximum Feeding Size （mm）	Minimum Discharging Size （mm）	Power （kw）	Capacity（t/h）
SC100	F1	150	120	10	90	45-135
	F2	90	70	10		43-118
	F3	50	40	6		25-40
SC160	F1	200	160	13	160	69-215
	F2	115	90	10		57-184
	F3	75	60	8		70-90
SC250	F1	240	190	16	250	116-396
	F2	140	110	13		97-346
	F3	70	55	9		90-251
SC315	F1	275	220	32	315	177-662
	F2	215	170	29		209-643
	F3	175	140	29		162-552
	F4	85	70	19		175-325
SC560	F1	300	240	22	560	448-1512
	F2	195	155	19		380-1373
	F3	90	70	13		357-912
SC750	F1	370	295	25	750	394-2181
	F2	300	240	19		342-2020
	F3	230	185	16		267-1814
	F4	120	95	13		248-1165
	F5	85	70	10		185-1170

Note:processing Capacity May Vary With Different Materials And Feeding Sizes.

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Series

1

Single-Cylinder Hydraulic Cone Crusher

Advantage
Characteristics

I. high-quality finished products The hydraulic cone crusher adopts the unique crushing cavity shape and laminated crushing principle to execute the crushing effect among the particles. Thus, the proportion of the cubic particles in the finished products is obviously increased, that of needle-like stones is reduced, and the particle size is more uniform.
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II.The hydraulic lubricating system controlled by the double insurance ensures overload protection and great bearing lubrication.

III.The machine features a simple structure, high reliability, easy maintenance and low operating cost.

IV.The design of constant cavity prolongs the service life of the lining.

V.The combination of multiple cavity types meets the requirements for various particle sizes.

VI.The automatic control system of PLC + touch screen enables safe operation.

2

Multi-Cylinder Hydraulic Cone Crusher

Advantage
Characteristics

I.The rolling wall does not need feeding so that it is fast and convenient to replace.
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II.Thanks to the hydraulic motor, it is easy to adjust the discharge port.

III.The design of fixed-axis structure enhances the rushing force and lowers investment.

IV.All parts can be disassembled from the top or side for easy maintenance.

V.The laminated crushing cavity keeps cubic finished products in a uniform size and lowers energy consumption.

VI.The automatic control system of PLC+ touch screen ensures safe operation; and the machine is equipped with a remote touch screen operating interface, which shows real-time running status.

3

Hydraulic Cone Crusher

Advantage
Characteristics

I.The safety cylinder can automatically control the overload protection and cleaning function.
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II.The fully automatic control system helps users realize remote operation or control the machine when standing near it.

III.The small hydraulic lubricating combined oil station is simple to wire.

IV.The discharge port is easily adjusted by the hydraulic push cylinder.

V.The dust remover is sealed with dry oil; thus, the machine has a reliable structure and low failure rate.

4

Compound Cone Crusher (Symons)

Advantage
Characteristics

I.Thanks to the reasonable structure design and spare parts, and its service life is quite long. The finished products also have a uniform particle size, which reduces the cyclic load.
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II.The hydraulic cleaning chamber is designed to reduce downtime.

III.There are many types of crushing chambers and users can choose a right cavity type according to your needs.

IV.The machine is sealed with grease, which avoids the defects of clogging in the water supply and drainage system and as well as the mixing of water and oil.

V.The spring safety system is adopted as an overload protection device that allows unknown materials and iron to pass through the crushing chamber without damaging the machine.

ANY HELP?

Please tell us your needs like production capacity, we have professional engineers to customize the proper production process for you.
Emailinquiry@sinoftm.com

Your demand

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Whenever you need us, Fote is always available to provide you with professional assistance or maintenance. If you encounter any problem, please contact us.

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Cone Crusher

Overview

- Applicable Materials:

Working principle

Advantages

High Performance and Low Costs

Safe and Reasonable Operation

Easy to Operate and Repair

Classification

price

case

- The production line of crushing large basalt

Specifications

Leave Message

Series

Single-Cylinder Hydraulic Cone Crusher

Characteristics

Multi-Cylinder Hydraulic Cone Crusher

Characteristics

Hydraulic Cone Crusher

Characteristics

Compound Cone Crusher (Symons)

Characteristics

ANY HELP?

Your demand

Services