SMH180C

SMH180C Multi - cylinder Hydraulic Cone Crusher: Professional Choice for Large - scale Crushing

In industries such as mining and construction, material crushing processing is crucial, and the SMH180C multi - cylinder hydraulic cone crusher has become the focus of the industry due to its excellent performance.

1. Parameter Highlights and Application Scenarios

The maximum feed size of SMH180C reaches 180mm, which enables it to easily handle large - sized ores produced in the early stage of large - scale mining. Its discharge port range is between 22 - 32mm, allowing flexible adjustment of the discharge particle size according to actual production requirements. The motor power is between 185 - 215kw, and the powerful power ensures the efficient operation of the crusher when processing a large amount of materials.

For example, in large - scale open - pit mines, SMH180C can effectively receive the ores after coarse crushing and further crush them into the particle size that meets the requirements of subsequent production processes. In the construction industry, for large - scale stone production, such as the production of a large number of aggregates required for highway construction, this model of crusher can stably produce stones that meet the specifications due to its high production capacity.

2. Professional Knowledge: Optimization of Crushing Force and Energy Utilization

2.1 Generation and Transmission of Crushing Force

When SMH180C is working, the motor - driven mechanical transmission system transmits the power generated by the motor. The electric motor drives the transmission shaft and bevel gear, drives the eccentric sleeve to rotate, and then makes the crushing cone swing. This structural design ensures that the crushing force can act on the ores evenly and efficiently.

For high - hardness ores, such as granite, this strong and stable crushing force can ensure that the ores are fully crushed in the crushing chamber. At the same time, the reasonable transmission structure reduces the loss of energy during transmission and improves energy utilization efficiency.

2.2 Distribution and Utilization of Energy in the Crushing Process

In the crushing chamber, with the swing motion of the crushing cone, the ores are periodically crushed by extrusion. The design of the crushing chamber of SMH180C matches the motion trajectory of the crushing cone, enabling the ores to make maximum use of the crushing force during the crushing process.

This model of crusher adopts an optimized crushing chamber shape, which can guide the ores to form a reasonable layer distribution in the chamber. When the crushing wall approaches the bowl liner, the ores in the layer are squeezed and rubbed against each other to achieve crushing. This laminated crushing method not only improves the crushing efficiency but also enables the energy to be effectively transferred and utilized among the ores, reducing unnecessary energy waste.

3. Equipment Advantages

3.1 Structural Stability and Reliability

The structural design of SMH180C is carefully optimized, and key components such as the frame are made of high - strength steel, which can withstand large crushing forces and high - load work. During long - term operation, this solid structure can effectively reduce equipment failures caused by deformation due to force or component damage, ensuring the continuity of production.

3.2 Hydraulic System and Overload Protection

Its hydraulic system is the key to ensuring the stable operation of the equipment. When uncrushable foreign objects enter the crushing chamber, the hydraulic system can quickly sense and release the impact force smoothly, protecting the main machine from damage. And after the foreign objects pass, it can quickly restore the discharge port to the original set value, avoiding equipment stalling and ensuring efficient production.

3.3 Wide Material Adaptability

SMH180C is suitable for crushing a variety of hard and medium - hard ores and rocks, such as river pebbles, limestone, dolomite, etc. By reasonably adjusting operating parameters such as feed speed and discharge port size, it can achieve efficient crushing of materials with different characteristics and produce stones that meet quality requirements.

In summary, the SMH180C multi - cylinder hydraulic cone crusher, with its excellent parameters, advanced principles of crushing force and energy utilization, and significant equipment advantages, plays an important role in large - scale mining and construction stone production fields, and is an ideal choice for large - scale crushing operations.