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KFD Mining HST Cone Crusher
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Kefid HST cone crushers usually are of innovative design, rich in capacity along with high simplification efficiency. With hydraulically fine-tuned CSS as well as automatic don compensation, a choice of different crushing chambers along with eccentric throws, and a number of other high-overall performance features, every model is versatile, consumer-friendly in addition to highly profitable.
Kefid Mining HST Cone Crusher APPLICATIONS:
Aggregate field,concrete mixing plant,dry howitzer plant desulfurization,vitreous silica sand,and so forth.
Kefid Mining HST Cone Crusher Supplies:
River natural stone,gravel ,granite,basalt,quarry ore,vitreous silica,diabase,and many others. (For difficult stone)
Kefid Mining HST Cone Crusher Execution
Based within the ordinary gas pressure cone crusher and PYY Series cone crusher, HST Cone Crusher is created by our organization with the roll-out of up-for you to-the-minute technology along with the adoption regarding advanced concept. By implementing optimal crushing frequency and eccentricity, the main of your fine product is a lot higher. Thus, the ability can follow improved tremendously and the energy consumption can be decreased. The particular special crushing chamber as well as high crushing ratio make high efficiency hydraulic cone crusher’s capacity much greater. And due to adopting laminated crushing principle, three-dimensional shapes of final products stand regarding larger amount. Acicular and flake appearance products reduce and sizing fraction considerably more well-proportioned.
The simple structure regarding high performance hydraulic cone crusher makes it easy for procedure and retaining. The outlet is an easy task to adjust and maintain. In Certain, the coating board put in at home to become changed which in turn reduce the actual halt time. In anything, the framework of large efficiency gas pressure cone crusher is reliable, the surgery is effortless.
Because in the optimal pattern and the actual lubrication protection system make trouble pace decrease significantly. The hassle free rate can reach 80% under the conventional operation.
Kefid Mining HST Cone Crusher SPECIFICATIONS
Specification and Parameters:
| Model | Installation power(kW) | Cavity | Max. Feeding size(mm) | capacity（t/h）with different Css（mm） | |||||||||||||
| 4 | 6 | 8 | 10 | 13 | 16 | 19 | 22 | 25 | 32 | 38 | 44 | ||||||
| HST100 | 90 | EC | 135 | 46 | 50-85 | 54-92 | 58-99 | 62-105 | 66-112 | 76-128 | |||||||
| C | 90 | 43-53 | 46-89 | 50-96 | 54-103 | 57-110 | 61-118 | ||||||||||
| M | 65 | 36-44 | 38-74 | 41-80 | 45-76 | ||||||||||||
| MF | 50 | 29-36 | 38-67 | 40-71 | 44-68 | ||||||||||||
| F | 35 | 27-34 | 29-50 | 31-54 | 32-57 | ||||||||||||
| EF | 28 | 30-40 (<5.5mm account for 80%) | |||||||||||||||
| HST200 | 132~160 | EC | 180 | 69-108 | 75-150 | 80-160 | 86-171 | 90-180 | 110-190 | 115-215 | |||||||
| C | 145 | 65-130 | 70-140 | 75-150 | 80-160 | 85-170 | 98-197 | ||||||||||
| MC | 115 | 60 | 60-140 | 65-150 | 70-160 | 75-170 | 80-180 | ||||||||||
| M | 90 | 60-80 | 70-130 | 75-140 | 85-150 | 85-160 | |||||||||||
| MF | 75 | 61 | 65-105 | 70-115 | 75-125 | 80-125 | |||||||||||
| F | 50 | 45-75 | 50-80 | 55-90 | 60-95 | 63-100 | 70-105 | ||||||||||
| EF | 35 | 70-90 (<6mm account for 80%) | |||||||||||||||
| HST300 | 220~250 | EC | 215 | 110-200 | 120-275 | 130-290 | 140-310 | 160-355 | 175-395 | 190-380 | |||||||
| C | 175 | 100 | 105-215 | 115-290 | 125-310 | 130-330 | 150-375 | 165-385 | |||||||||
| MC | 140 | 95-120 | 105-260 | 110-280 | 120-300 | 125-320 | 145-325 | ||||||||||
| M | 110 | 115-185 | 125-275 | 135-295 | 145-315 | 150-335 | |||||||||||
| MF | 85 | 90-110 | 120-225 | 130-245 | 140-260 | 150-280 | |||||||||||
| F | 70 | 90-135 | 95-175 | 100-190 | 110-205 | 125-235 | |||||||||||
| EF | 38 | 100-125(<7.5mm account for 80%) | |||||||||||||||
| HST400 | 315 | EC | 275 | 177 | 190-335 | 200-435 | 215-465 | 245-545 | 270-600 | 300-660 | |||||||
| CX | 245 | 170-190 | 185-370 | 200-485 | 210-515 | 240-590 | 265-650 | ||||||||||
| C | 215 | 170-190 | 180-365 | 195-480 | 205-510 | 235-580 | 260-640 | ||||||||||
| MC | 175 | 160-250 | 170-420 | 180-455 | 195-480 | 226-552 | |||||||||||
| M | 135 | 195-295 | 210-440 | 225-470 | 240-500 | 270-500 | |||||||||||
| MF | 115 | 190 | 205-365 | 220-395 | 235-420 | 250-450 | 285-450 | ||||||||||
| F | 85 | 195-300 | 210-325 | 225-350 | 240-370 | 255-400 | |||||||||||
| EF | 65 | 210-290 | 225-315 | 240-295 | 260-300 | ||||||||||||
Description:
1.The Maximum particle size is 80% of Maximum feeding size.
2.Production capacity in the table is only approximate indicator of crusher production performance, only for preliminary selection. The production capacity can estimate based on the average value or estimate on 80% of Max. production capacity.
3.Represent capacity through crusher based 1.6t/m3 dry material under open production, and assume that the Max. feed size is the particle size which crusher allowed for. Not contain the finer material that less than crusher closed setting.
4.Crusher Production Capacity is related to material properties, crushing ratio, the choice of eccentricity, feeding size and other factors. For final selection, please consult us.
Equipment selection:
| Model |
Head diameter (mm) |
Cavity | Max. feeding size(mm) | CSS(mm) | Capacity(t/h) | Installation power(kw) |
Rotation speed of eccentric （rpm） |
Weight(t) |
Overall dimension (mm) |
| HST100 | 790 | EC | 135 | 10-32 | 46-128 | 4P-90 | 395 | 5.8 | 1550×1575×1965 |
| C | 90 | 10-25 | 43-118 | ||||||
| M | 65 | 8-16 | 36-76 | ||||||
| MF | 50 | 6-13 | 29-68 | ||||||
| F | 35 | 4-10 | 27-57 | ||||||
| EF | 28 | 6 | 30-40 | ||||||
| HST200 | 956 | EC | 180 | 13-38 | 69-215 | 4P-160 | 360 | 10 | 1875×1920×2400 |
| C | 145 | 13-33 | 65-197 | ||||||
| MC | 115 | 10-25 | 60-180 | ||||||
| M | 90 | 10-22 | 60-160 | ||||||
| MF | 75 | 8-19 | 61-125 | ||||||
| F | 50 | 6-19 | 45-105 | ||||||
| EF | 35 | 6 | 70-90 | ||||||
| HST300 | 1150 | EC | 215 | 16-44 | 110-380 | 4P-250 | 320 | 14.8 | 2100×2320×2780 |
| C | 175 | 13-38 | 100-385 | ||||||
| MC | 140 | 13-32 | 95-325 | ||||||
| M | 110 | 13-25 | 115-335 | ||||||
| MF | 85 | 10-22 | 90-280 | ||||||
| F | 70 | 8-19 | 90-235 | ||||||
| EF | 38 | 8 | 100-125 | ||||||
| HST400 | 1408 | EC | 275 | 16-44 | 177-660 | 4P-315 | 290 | 24 | 2380×2735×3265 |
| CX | 245 | 16-38 | 170-650 | ||||||
| C | 215 | 16-38 | 170-640 | ||||||
| MC | 175 | 16-32 | 160-552 | ||||||
| M | 135 | 16-32 | 195-500 | ||||||
| MF | 115 | 13-32 | 190-450 | ||||||
| F | 85 | 13-25 | 195-400 | ||||||
| EF | 65 | 13-22 | 210-300 |
Remark:
Horsepower and power conversion:
1 kilowatt=1.3596216173039 Metric Horsepower (horsepower)
