Portable crushers
Portable crushers are compact, mobile machines designed for crushing rocks, ores, and other materials in various industries, such as construction, mining, and aggregate production. These crushers offer significant flexibility and efficiency, especially when dealing with projects requiring the crushing of materials at multiple locations. They come in several types, including portable jaw crushers, cone crushers, impact crushers, and even hybrid models that combine different types of crushing mechanisms.
Types of Portable Crushers
-
Portable Jaw Crushers: These crushers are designed to handle larger, harder materials, such as granite, basalt, and ore. The jaw crusher works by compressing materials between a fixed jaw and a moving jaw, creating a powerful crushing action. They are commonly used in primary crushing applications and are highly effective for large-scale projects where high throughput is necessary.
-
Portable Impact Crushers: Ideal for secondary or tertiary crushing, impact crushers utilize high-speed impact to break down materials. They are especially effective at reducing materials like concrete, asphalt, and limestone into finer aggregates. These crushers often have a large reduction ratio, making them suitable for producing fine materials quickly.
-
Portable Cone Crushers: Often used for secondary or tertiary crushing after jaw crushers, cone crushers are ideal for reducing hard, abrasive materials like granite and ores. The cone crusher uses a rotating mantle within a concave bowl to compress materials, which provides high crushing efficiency and uniformity of the product.
-
Portable VSI (Vertical Shaft Impactor) Crushers: These crushers are typically used for producing sand and fine aggregates. They work by throwing materials against a hard surface, causing them to break apart due to impact. VSI crushers are widely used in the production of high-quality crushed sand and are particularly useful in sand-making applications.
Benefits of Portable Crushers
-
Flexibility: Portable crushers can be easily transported to different locations, reducing the need for transporting raw materials to fixed crushing plants. This mobility makes them ideal for projects that require crushing on-site, such as in remote locations or construction sites.
-
Cost-Effectiveness: Since portable crushers eliminate the need for transporting materials to a stationary crusher, they help reduce transportation and fuel costs. Moreover, they are typically more energy-efficient, requiring less power compared to fixed crushers.
-
Reduced Setup Time: Setting up a portable crusher is relatively quick, minimizing downtime and allowing for more efficient project completion. Most portable crushers come with integrated screens, conveyors, and other components, which streamline the setup process.
-
High Production Capacity: Modern portable crushers are equipped with high-performance engines and state-of-the-art technology, allowing them to produce a large volume of crushed material in a short time. This makes them ideal for high-output projects.
Specifications – Technical Data
Number | Series | Standard Model | Equipment | Equipment | Max. Production Capacity | ||
Model | Model | Max. Feed Size(mm) | Capacity(t/h) | ||||
1 | Primary Crushing Plant | MK75J | FK0936 | PE750X1060 | 630 | 110-250 | 120-280 |
2 | MK90J | FK1142 | PE900X1200 | 750 | 150-300 | 150-320 | |
3 | MK110J | FK1142 | C6X110 | 760 | 160-400 | 160-420 | |
4 | MK125J | FK1345 | C6X125 | 850 | 240-600 | 240-600 | |
5 | MK1315C | FK1345 | CI5X1315 | 700 | 200-300 | 230-330 | |
6 | MK1415C | FK1345 | CI5X1415 | 900 | 300-500 | 300-500 | |
7 | Secondary Crushing and Screening Plant |
MK160H | – | HST160S | 300 | A | A+(30~70) |
8 | MK300H | – | HPT300 | 220 | A | A+(30~70) | |
9 | MK300HS | SKX1536 | HPT300 | 220 | A | A+(30~70) | |
10 | MK500H | – | HPT500 | 300 | A | A+(30~70) | |
11 | MK250H | – | HST250S | 350 | 200-450 | 200-450 | |
12 | MK1315I | – | PFW1315Ⅲ | 300 | 150-280 | 180-300 | |
13 | MK1213I | – | CI5X1213 | 300 | 150-280 | 180-300 | |
14 | MK9532V | – | VSI5X9532 | 45 | 180-280 | 180-280 | |
15 | MK1145V | – | VSI5X1145 | 45 | 250-360 | 250-360 | |
16 | MK1040V | – | VSI6X1040 | 40 | 264-283 | 264-283 | |
17 | MK150S-3 | – | 3SKX1560 | 250 | 60-250 | 60-250 | |
18 | MK200S-2 | – | 2SKX1860 | 300 | 70-350 | 70-350 | |
19 | MK200S-3 | – | 3SKX1860 | 300 | 70-350 | 70-350 | |
20 | MK300S-3 | – | 3SKX2160 | 300 | 70-450 | 70-450 | |
21 | MK400S-3 | – | 3SKX2460 | 300 | 70-450 | 70-450 | |
22 | MK500S-3 | – | 3SKX2475 | 300 | 70-450 | 70-450 | |
23 | Two-seat Crushing and Screening Plant |
MK160H-2M | 3SKX1560 | HST160H | 180 | A | A+(30~70) |
24 | MK300H-2M | 3SKX1860 | HPT300 | 220 | A | A+(30~70) | |
25 | MK250H-2M | 3SKX2160 | HST250H | 215 | A | A+(30~70) | |
26 | MK1213I-2M | 3SKX1860 | CI5X1213M | 300 | 150-250 | 150-250 | |
27 | MK1315I-2M | 3SKX2160 | CI5X1315 | 300 | 180-300 | 180-300 | |
28 | MK9532V-2M | 3SKX2160 | VSI5X9532 | 40 | 180-280 | 180-280 | |
29 | MK1040V-2M | 3SKX2160 | VSI6X1040 | 40 | 264-283 | 264-283 | |
30 | MK1145V-2M | 3SKX2160 | VSI5X1145 | 45 | 250-320 | 250-320 | |
31 | MK300H-2D | HPT300 | HPT300 | 220 | 250-450 | 250-450 | |
32 | MK1315I-2D | CI5X1315 | CI5X1315 | 300 | 250-450 | 250-450 | |
33 | Combination Crushing and Screening Plant |
MKT70-4 | FK0936 | PE500X750 | 450 | 40-60 | 50-70 |
3SKX1545 | PYB900 | ||||||
34 | MKT100-4 | FK0936 | PE600×900 | 500 | 35-110 | 70-120 | |
3SKX1560 | HST100H1 | ||||||
35 | MKT150-4 | FK0936 | PE600×900 | 500 | 65-160 | 130-170 | |
3SKX1560 | HST160H1 | ||||||
36 | MKT150-3 | FK1142 | CI5X1213M | 550 | 100-170 | 120-190 | |
3SKX1560 |
Any change of the technical data shall not be advised additionally.