Office Add: Zhengzhou City, Henan, China
E-mail: inquiry@sinoftm.com
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The crushing cavity is decided by the crushing purpose of ore. The standard model is suitable for medium crushing process, the medium model is suitable for fine crushing process, and the short head model is suitable for fine crushing process.
Applicable Materials:
Stone, aggregate, gravel, limestone, quartz, basalt, iron ore, gold ore, etc.
The crushing cavity is decided by the crushing purpose of ore. The standard model is suitable for medium crushing process, the medium model is suitable for fine crushing process, and the short head model is suitable for fine crushing process.
"There are 4 different types of cone crushers, including the single-cylinder cone crusher, multi-cylinder hydraulic cone crusher, hydraulic cone crusher, compound cone crusher, also named Symons cone crusher. Cone crushers are widely used in the secondary, fine and ultra-fine crushing processes, researched and developed by adopting the world's most advanced crushing technology, integrating mechanics, hydraulics, electric, intelligent control and other technologies together.".
"FTM Machinery's cone crusher delivers exceptional results—high, boosting our profits significantly. Highly recommended! We plan to grow our business with their trusted technology."
Raw Materials Processing --- For granite, quarry stones, rocks, aggregate, basalt, limestone, gold ore, iron ore, etc.
The performance features of FTM Machinery multi-cylinder hydraulic cone crusher are highlighted in the following aspects:
1. Full hydraulic protection and adjustment device saves labor and time.
2. The use of laminated crushing make it has high utilization, perfect particle shape and uniform particle size.
3. It increases the eccentric distance and improves processing capacity.
In the process of working, the dynamic cone does swinging movement along the inner surface. In the near place from the dynamic cone, the materials are crushed by the extrusion of dynamic cone, and in the far place from the dynamic cone, the crushed materials fall down from the bottom of the cone due to gravity. The whole process of crushing and unloading is carried out continuously and orderly along the inner surface.
"The working principle of hydraulic cone crusher is similar to the traditional cone crusher. It consists of a conical crushing cavity and a rotating crushing head. The material enters the crushing chamber from the feed port, and is compressed, broken and refined under the action of the crushing head. The material particles in the crushing chamber will gradually become smaller and eventually meet the required crushing requirements."
Model | Cavities | Maximum Feeding size(mm) | Capacity(t/h) |
HPM200 | C1 | 145 | 160~250 |
C2 | 100 | 145~250 | |
C3 | 75 | 120~250 | |
F1 | 60 | 108~210 | |
F2 | 45 | 81~210 | |
HPM300 | C1 | 190 | 230~445 |
C2 | 170 | 200~445 | |
C3 | 120 | 180~445 | |
C4 | 85 | 160~220 | |
F1 | 40 | 140~220 | |
HPM400 | C1 | 240 | 270~630 |
C2 | 200 | 252~630 | |
C3 | 160 | 243~630 | |
C4 | 190 | 210~630 | |
F1 | 75 | 162~370 | |
F2 | 40 | 126~370 | |
HPM500 | C1 | 270 | 365~790 |
C2 | 230 | 328~790 | |
C3 | 165 | 280~790 | |
C4 | 105 | 202~450 | |
F1 | 75 | 175~450 | |
F2 | 42 | 158~450 | |
HPM650 | C1 | 262 | 386~790 |
C2 | 225 | 348~790 | |
C3 | 175 | 300~790 | |
F1 | 85 | 280~530 | |
F2 | 42 | 220~530 | |
HPM800 | C1 | 280 | 616~1100 |
C2 | 240 | 522~1100 | |
C3 | 214 | 495~1100 | |
C4 | 175 | 380~1100 | |
F1 | 125 | 328~730 | |
F2 | 75 | 270~730 | |
Note:processing Capacity May Vary With Different Materials And Feeding Sizes.