Model | CS75B | |
Mantle Diameter | 900 (3') | |
Cavity Type | Fine Type | Coarse Type |
Closed Side (mm) | 83 | 159 |
Open Side (mm) | 102 | 175 |
Discharge Size (mm) | 9 - 22 | 13 - 38 |
Processing Capacity (ton/hour) | 45 - 91 | 59 - 163 |
Spindle Rotation Speed (r/min) | 580 | |
Power (kW) | 75 | |
Weight (t) | 15 | |
Overall Dimensions (mm) | 2821×1880×2164 |
*Note: The processing capacity of the CS75B cone crusher may vary with different materials and feeding sizes.
Work Process The large limestones are first crushed by primary crusher of PCZ hammer type then the crushed stones are processed by two sets of 3YKZ2470 vibrating screen for classification of materials in various sizes. At last the curshed stone th
The Southwest China keeps as one of our main markets in China due to its special landscape. Against the backdrop that China tightens national environmental protection policy year by year.
The main function of this production line is crushing limestone and dolomite.
The CS75B features a moving cone diameter of 900(3'). It offers two distinct cavity types. The fine cavity has a feed opening with a closed side of 83mm and an open side of 102mm, providing a discharge size range of 9 - 22mm and a processing capacity of 45 - 91 tons/hour. The coarse cavity, on the other hand, has a closed side feed opening of 159mm and an open side of 175mm, with a discharge size of 13 - 38mm and a processing capacity of 59 - 163 tons/hour.
With a spindle speed of 580r/min and a power of 75kw, the CS75B delivers robust crushing force. This enables it to handle a wide variety of materials, from hard rocks like granite and iron ore to softer ones like limestone. It efficiently breaks down the incoming material, ensuring a continuous and reliable crushing process.
Weighing 15t and having an external dimension of 2821×1880×2164mm, the CS75B strikes a balance between sturdiness and space utilization. Its compact design allows for easy installation in different working environments, be it a mining site or a sand and gravel yard. The well-engineered structure provides stability during operation, reducing vibrations and enhancing overall equipment longevity.
In the mining industry, it plays a crucial role in the primary and secondary crushing stages, preparing ores for further beneficiation. In sand and gravel production, it precisely controls the particle size of the output, meeting the strict requirements of the construction industry. Its adaptability makes it an essential asset in various industrial sectors, contributing to increased productivity and quality of end products.
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