Spring Cone Crusher

Max Feeding Size(mm):13~460

Discharge Range Opening(mm):3~64


Applied Materials:granite, marble, basalt, limestone, river pebble, dolomite, pyrrhotite, limonite, ilmenite, magnetite


Advantages Of Spring Cone Crusher

The Spring cone crusher has a large crushing ratio, high efficiency, low energy consumption, and uniform product size. It is suitable for medium and fine crushing various ores and rocks. For example, iron ore, copper ore, limestone, granite, basalt, etc.

1. Large crushing ratio, high production efficiency

2. Low consumption wearing parts, low operating costs, and least maintenance costs. Service life increases by more than 30%

3. Hydraulic protection, hydraulic cavity cleaning, reduce downtime

4. Reliable and advanced low-concentration oil lubrication

5. Variety of crushing cavity types, flexible application

6. Simple maintenance, easy to handle

7. Higher production capacity, better product shape, valuable to the customer

Application areas: mining, smelting, building materials, highway, railroad, water conservancy and chemical industry, etc.

Prices Of Spring Cone Crusher

Spring Cone Crusher prices are different depend on different crusher models. As the leading mining crusher manufacturer with almost 30 year history in China, we will provide maximum preferential price and discount for you. Welcome to visit our company and factory.

What is the working principle of Spring Cone Crusher?

The structure of cone crusher mainly consists of frame, horizontal shaft, moving cone, balance wheel, eccentric sleeve, upper crushing wall (fixed cone), lower crushing wall (moving cone), lubrication system, hydraulic system, control system and other parts.

When the Spring cone crusher is in operation, the electric motor drives the eccentric sleeve to rotate through the transmission device. The moving cone is forced to swing by the eccentric sleeve, and the section of the moving cone near the static cone becomes the crushing chamber. The material to be crushed enters through the inlet and is squeezed and impacted by the moving cone and the static cone several times to form the material with the required size. When the moving cone leaves this section, the formed material falls under its gravity and is discharged from the bottom of the cone.

Technical advantages of Spring cone crusher

1. The moving cone rotates continuously, and the crushing and discharging processes of the material are carried out along the working surface alternately. The productivity is high.

2. The material is sandwiched between the two cones and is squeezed, bent, and sheared. Crushing is easier, and the power consumption is lower.

3. The product material degree is more uniform, cubic shape. The wear of the working surface of the moving cone is also more uniform.

4. Both the moving cone and the fixed cone are orthotropic. When the moving cone is swinging, there is a parallel zone with an equal gap between the moving cone and the fixed cone near the discharge of the crushing chamber. This makes the finished material degree uniform. The size of the feed opening is not large, and all the materials that can be handled have been crushed for the first time.

Spring Cone Crusher Parts

Cone Crusher Parts Group

Cone Crusher Bushing Sleeve

Cone Crusher Mantle Bowl

Cone Crusher Mantle Bowl

Drive Shaft Bracket

Drive Shaft Bracket

Process flow of stone and artificial sand production line

Technical Data Of Spring Cone Crusher

PYS-B standard type Specifcation Maximum diameter in cavity(mm) Cavity The mine mouth size (mm) Discharge range opening(mm) Capacity Power(kw) Weight(t)
close side open side
PYS-B0910 3Ft 914 fine type 83 102 9-22 40-100 75 14.64
PYS-B0917 rough type 159 175 13-38 55-180
PYS-B0918 super rough type 163 178 25-38 105-180
PYS-B1313 4-1Ft 1295 fine type 109 137 18-31 100-200 155 25.86
PYS-B1321 middle type 188 210 16-38 118-280
PYS-B1324 rough type 216 241 19-51 155-384
PYS-B1325 super rough type 238 259 25-51 212-390
PYS-B1620 5-1/2Ft 1676 fine type 188 209 16-38 162-360 240 50.8
PYS-B1624 middle type 213 241 22-51 232-698
PYS-B1626 rough type 241 269 25-64 270-698
PYS-B1636 super rough type 331 368 38-64 388-745
PYS-B2127 7FtHD 2134 fine type 253 278 19-38 344-798 380 89.5
PYS-B2133 middle type 303 334 25-51 550-1098
PYS-B2136 rough type 334 369 31-64 710-1398
PYS-B2146 super rough type 425 460 38-64 800-1498


PYS-D short head type Specifcation Maximum diameter in cavity(mm) Cavity The mine mouth size (mm) Discharge range opening(mm) Capacity Power(kw) Weight(t)
close side open side
PYS-D0904 3Ft 914 fine type 13 41 3-13 24-100 75 14.64
PYS-D0906 rough type 33 61 3-16 24-110
PYS-D0907 super rough type 51 76 6-19 54-140
PYS-D1306 4-1Ft 1295 fine type 29 64 3-16 32-180 155 25.86
PYS-D1308 middle type 54 89 6-16 74-180
PYS-D1310 rough type 70 105 8-25 98-250
PYS-D1313 super rough type 98 133 16-25 188-260
PYS-D1607 5-1/2Ft 1676 fine type 35 70 5-13 82-230 240 50.8
PYS-D1608 middle type 54 89 6-19 120-310
PYS-D1613 rough type 98 133 10-25 170-370
PYS-D1614 super rough type 117 133 13-25 228-370
PYS-D2110 7FtHD 2134 fine type 51 105 5-16 172-450 380 89.5
PYS-D2113 middle type 95 132 10-19 318-560
PYS-D2117 rough type 127 178 13-25 408-658
PYS-D2120 super rough type 152 203 16-25 530-718


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