E-SMG300

E-SMG300 Single Cylinder Hydraulic Cone Crusher: Ideal Crushing Partner for Medium-scale Production

The E-SMG300 single cylinder hydraulic cone crusher is a high-performance equipment introduced by Shanghai Sanme Co., Ltd. to meet the crushing needs of medium-scale mining, aggregate production and related industrial fields. It brings together advanced technologies in multiple fields, providing powerful crushing capabilities while focusing on fine control of product quality and stable and reliable equipment operation.

II. In-depth Analysis of Technical Parameters

1. Power and Cavity Type Configuration

This crusher is equipped with a 250KW power, which is sufficient to drive it to operate stably and efficiently in medium-scale production scenarios. It has four cavity types: EC, C, M and F. The EC cavity type has a maximum feed size of 215mm and can effectively crush medium to large-sized block materials. It is a powerful assistant for further processing after the primary crushing in mining, quickly reducing the material particle size to an appropriate range and laying a good foundation for subsequent processes. The C cavity type with a maximum feed size of 175mm performs excellently in the intermediate crushing stage, making the material particle size more uniform and refined. The M cavity type with a maximum feed size of 110mm focuses on producing products with higher particle size requirements, such as high-quality construction sand. The F cavity type with a maximum feed size of 70mm is used to produce finer materials, such as fine decorative sand or specific industrial raw materials.

2. Relationship between Discharge Port and Production Capacity

Observing the data of the closed-side discharge port and the corresponding production capacity, it can be seen that the change of the discharge port size under different cavity types has a significant impact on the production capacity. Taking the EC cavity type as an example, when the discharge port is 22mm, the production capacity is 114 - 200t/h. As the discharge port increases to 90mm, the production capacity is increased to 192 - 384t/h. The C, M and F cavity types also have similar patterns. This enables operators to accurately adjust the discharge port according to the actual production requirements for product particle size and production volume, maximizing production efficiency while ensuring that the product quality meets the standards. For example, in the production of construction aggregates, if coarser aggregates are required, the discharge port can be appropriately enlarged. If fine sand is to be produced, the discharge port should be reduced to obtain a finer product.

III. Comprehensive Analysis of Application Advantages

1. Efficient Crushing and Product Optimization

The E-SMG300 can efficiently realize laminated crushing under choked feeding conditions thanks to its carefully optimized cavity design. This crushing method not only significantly improves the crushing efficiency but also effectively improves the shape of the product particles, making the product particle size distribution more uniform and in line with the standards. Whether processing common granite, limestone or other ores and rocks, it can produce high-quality products. In the production of building materials, the aggregates it produces can greatly improve the performance of concrete and enhance the stability of the building structure.

2. Balancing Cost and Benefit

The hydraulic adjustment of the discharge port technology makes the adjustment extremely convenient during the equipment operation. The discharge port can be adjusted in a timely and accurate manner, allowing the crusher to work under the choked feeding condition, effectively reducing the wear of wearing parts and thus reducing the operation cost. Compared with similar equipment, a large amount of maintenance and replacement costs of wearing parts can be saved in the long-term operation, bringing a significant economic benefit improvement for the enterprise.

3. Flexible Adaptation to Production Process

Since the main body structure of the crusher is unified, different crushing cavity types can be obtained by simply replacing the liner. This characteristic enables the E-SMG300 to flexibly meet the needs of various stages of medium-scale mining and aggregate production. In the early stage of mining, a large feed opening and a coarse crushing cavity type are selected for coarse crushing. As the production progresses, it is switched to a small feed opening and a fine crushing cavity type for intermediate or fine crushing without replacing the entire equipment, greatly improving the versatility and resource utilization rate of the equipment and reducing the equipment purchase cost.

4. Easy Operation and Maintenance

The E-SMG300 is easy to operate, and operators who have received short-term training can skillfully control it. Its high-quality hydraulic technology not only makes the operation smooth but also provides great convenience for maintenance work. All maintenance and inspection work can be completed from the upper part of the crusher without complex disassembly and lifting operations. When the equipment fails or requires routine maintenance, maintenance personnel can respond quickly and perform rapid maintenance, greatly reducing the downtime of the equipment and ensuring the continuity of production, safeguarding the stable production and operation of the enterprise.

In conclusion, the E-SMG300 single cylinder hydraulic cone crusher, with its moderate power, diverse cavity type selection, efficient crushing ability, excellent cost control and convenient operation and maintenance, occupies an important position in medium-scale mining, aggregate production and related industrial fields and is the best choice for medium-scale production enterprises to achieve efficient and stable crushing operations.