Single cylinder hydraulic cone crusher represents world's most advanced crushing technology widely used in metal and non-metallic mineral cement sand and metallurgical industries for crushing fine crushing and ultra fine crushing. It has many advantages like high efficiency crushing low production cost easy to maintain good product shape suitable for fine crushing and ultra fine crushing of minerals. Raw Materials: Limestone, granite, marble, basalt, iron ore, cobble, shale......
Introduction
In order to meet the needs of market development, our company develops an efficient fine crusher, Single cylinder hydraulic cone crusher. With the concise and compact structure, it can adjust discharge gate directly, prevent iron, and clear the cavity by the unique design of cylinder structure at the bottom.
Single cylinder hydraulic cone crusher represents world's most advanced crushing technology, widely used in metal and non-metallic mineral, cement, sand and metallurgical industries for crushing, fine crushing and ultra fine crushing.
It has many advantages like high efficiency crushing, low production cost, easy to maintain, good product shape, suitable for fine crushing and ultra fine crushing of minerals. It can do well in crushing the material to the required size to meet the production needs of customers.
Product Advantages
01
Good product size strong production capacity
- The principle of laminating crushing is used to improve the grain size of the product.
02
Simple structure and reliable performance
- Each size has a different cavity type. All maintenance is carried out from the top and is easy to operate.
03
Structurally optimized design for long life
- Unique jaw head structure and perfect seal lengthen bearing’s service life.Unique flywheel design reduces the shock of machine to guarantee stable operation.
04
Hydraulic lubrication station
- The hydraulic station and the lubrication station are integrated. Optimized component layout and tank volume.
Product Specification
| Model | Type of Chamber | Feed Opening(mm) | Min.Output size(mm) | Power(kw) | Capacity(t/h ) |
| HST100 | S1 super thick | ≤240 | ≥22 | ≤90 | 85-170 |
| S2 coarse thick | ≤200 | ≥19 | 70-130 |
| H1 fine | ≤135 | ≥10 | 46-130 |
| H2 middle-fine | ≤65 | ≥8 | 35-80 |
| H3 super fine | ≤38 | ≥4 | 27-60 |
| HST160 | S1 super thick | ≤360 | ≥25 | ≤160 | 120-345 |
| S2 coarse thick | ≤300 | ≥22 | 105-305 |
| S3 thick | ≤235 | ≥19 | 90-275 |
| H1 fine | ≤185 | ≥13 | 66-210 |
| H2 middle-fine | ≤90 | ≥10 | 65-165 |
| H3 super fine | ≤50 | ≥6 | 48-105 |
| HST250 | S1 super thick | ≤450 | ≥35 | ≤250 | 255-605 |
| S2 coarse thick | ≤400 | ≥29 | 215-515 |
| S3 thick | ≤300 | ≥25 | 190-490 |
| H1 fine | ≤215 | ≥16 | 110-395 |
| H2 middle-fine | ≤110 | ≥13 | 115-340 |
| H3 super fine | ≤70 | ≥8 | 90-255 |
| HST315 | S1 super thick | ≤560 | ≥41 | ≤315 | 335-1050 |
| S2 coarse thick | ≤500 | ≥38 | 305-895 |
| H1 fine | ≤275 | ≥16 | 170-665 |
| H2 middle-fine | ≤135 | ≥16 | 190-505 |
| H3 super fine | ≤65 | ≥13 | 205-320 |