2023 New design high quality mineral Spring Cone Crusher
mineral Spring Cone Crusher introduction:
mineral Spring Cone Crusher is quite excellent in hard material crushing and it is based on the principle of laminating crushing and unique design concept. Compared with other crushers, it has more advantages. Zenith is a professional manufacturer in the world, and it is also our star product in our company. it is a kind of automatic mineral Spring Cone Crusher, it can be seen clear taht we have a good reputation from the feedback that customer give us. Zenith will be your best choice. Our product features high efficiency and good stability. At the same time, we can provide you with the most superior stone crushing equipment price.
mineral Spring Cone Crusher Features:
1. High quality and productivity
2. Short downtime
3. Easy maintenance, low expense
4. Unparalleled in medium and fine crushing
mineral Spring Cone Crusher is suitable for crushing varies of MID-hard and above MID-hard ores and rocks. mineral Spring Cone Crusher has the advantage of reliable construction, high prod activity, easy adjustment and less cost in operation. The spring release system of crusher acts an overload protection system that allows tramp to pass through the crushing chamber without damage to the crusher, use dry oil, water, two kinds of sealed formation. mineral Spring Cone Crusher makes plaster stone and engine oil separated, assured reliable performance.
mineral Spring Cone Crusher application:
mineral Spring Cone Crusher can crush many kinds of mid-hard and hard rocks such as iron ore, limestone, granite, etc. With the improvement of traditional spring cone crushers, their structure is more perfect and advanced, so these crushers have excellent performance in the aspects of manufacture, installation, use and maintenance etc. It is widely used in industries like construction, road building, chemistry and so on.
mineral Spring Cone Crusher technical data:
| Model |
Cavity |
Recommended Minimum Discharge Setting A (mm) |
Feed Opening With Min.Recommended Discharge Setting A(mm) |
Capacities In Tons Per Hour Passing Through The Crusher At Indicated Discharge |
Power(KW) |
| Opening Side"B" |
Closed Side"B" |
| 36" (3') |
Fine |
9 |
102 |
83 |
45-93 |
75 |
| Coarse |
13 |
175 |
159 |
59-165 |
| Extra Coarse |
25 |
178 |
163 |
129-198 |
| 51" ( 4.25' ) |
Fine |
13 |
137 |
109 |
106-183 |
185 |
| Medium |
16 |
210 |
188 |
132-304 |
| Coarse |
19 |
241 |
216 |
171-349 |
| Extra Coarse |
25 |
259 |
238 |
230-450 |
| 66" ( 5.5' ) |
Fine |
15 |
209 |
188 |
180-324 |
240 |
| Medium |
22 |
241 |
213 |
252-437 |
| Coarse |
25 |
269 |
241 |
299-634 |
| Extra Coarse |
38 |
368 |
331 |
431-680 |
| 84" ( 7' ) |
Fine |
19 |
278 |
253 |
381-1028 |
400 |
| Medium |
25 |
334 |
303 |
605-1284 |
| Coarse |
31 |
369 |
334 |
786-1450 |
| Extra Coarse |
38 |
460 |
425 |
886-1637 |
Specification Chart In Open Circuit (SHORT HEAD):
| Model |
Cavity |
Recommended Minimum Discharge Setting A(mm) |
Feed Opening With Min.Recommended Discharge Setting A(mm) |
Capacities In Tons Per Hour Passing Through The Crusher At Indicated Discharge |
Power(KW) |
| Opening Side"B" |
Closed Side"B" |
| 36" (3') |
Fine |
3 |
41 |
13 |
27-91 |
75 |
| Coarse |
3 |
60 |
33 |
28-100 |
| Extra Coarse |
6 |
76 |
51 |
58-127 |
| 51" ( 4.25' ) |
Fine |
3 |
64 |
29 |
36-160 |
160 |
| Medium |
6 |
89 |
54 |
84-164 |
| Coarse |
8 |
105 |
70 |
110-224 |
| Extra Coarse |
16 |
133 |
98 |
209-236 |
| 66" ( 5.5' ) |
Fine |
5 |
70 |
35 |
90-207 |
240 |
| Medium |
6 |
89 |
54 |
137-280 |
| Coarse |
10 |
133 |
98 |
190-330 |
| Extra Coarse |
13 |
133 |
117 |
253-337 |
| 84" ( 7' ) |
Fine |
5 |
105 |
51 |
189-509 |
400 |
| Medium |
10 |
133 |
95 |
352-617 |
| Coarse |
13 |
178 |
127 |
450-687 |
| Extra Coarse |
16 |
203 |
152 |
505-727 |
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