YZH’S strength static rock boom system
In the industrial material crushing process, the fine configuration of equipment and collaborative operation is the key to improving production efficiency. Metso's C110 hammer with YZH’S strength static rock boom system’s BB350 crusher for silo applications offers a unique combination of advantages, bringing significant efficiency gains and cost optimization.
Metso's C110 hammer is a core component designed for high-intensity crushing, and is forged from a special alloy that is highly resistant to wear and impact. In practice, the C110 hammer is mounted on a reinforced crushing arm and strikes the material entering the crushing chamber with powerful impacts at high speeds. Whether it is a hard ore material or a large piece of industrial waste, the C110 hammer can instantly break up and disperse the material with its powerful impact. The special design of the hammer structure makes the material collide and rebound with the inner wall of the crushing chamber after being struck, realizing secondary crushing and ensuring the uniform particle size of the discharged material in accordance with the subsequent processing requirements. This efficient coarse crushing capacity for the subsequent BB350 crusher work to reduce the enormous pressure.
| Model No | Uint | BB350 |
| Boom weight | kg | 3168 |
| Max Horizontal working radius | mm | 6000 |
| Max Vertical working radius | mm | 3950 |
| Min Vertical workin radius | mm | 1860 |
| Rotation | ° | 170 |
BB350 crusher as the main equipment in the fine crushing process, with advanced crushing technology and optimized crushing chamber structure. The YZH’S strength static rock boom system’s BB350 and Metso C110 hammers work together to refine the material by virtue of the precise movement parameters and geometry of the crushing chamber. Through the material in the crushing chamber of multiple impact, grinding, YZH’S strength static rock boom system’s BB350 crusher can be further crushed to the required size, the output of the finished material is not only controllable particle size, and particle shape is excellent, to meet the construction, mining and other industries, strict production standards.
When the Metso C110 hammer and YZH’S strength static rock boom system’s BB350 are working together in the silo, they form a tightly coupled, efficient crushing system. The silo serves as the hub for material storage and transportation, and the C110 hammer is mounted on the crushing equipment at the silo outlet, taking the lead in crushing the large chunks of material discharged from the silo. After the C110 hammer has been processed, the particle size of the material is greatly reduced, so more power can be used for fine crushing, which greatly shortens the processing time of the material in the whole crushing process, and significantly improves the material processing capacity per unit time.
From the double dimension of cost and efficiency, this equipment combination has obvious advantages. On the one hand, the C110 hammer's efficient coarse crushing capacity reduces the YZH’S strength static rock boom system’s BB350 crusher's workload, lowering the overall energy consumption level of the equipment, making the production line in the energy-saving performance; on the other hand, the stable performance and scientific cooperation between the two effectively reduces the downtime caused by equipment failure. Through real-time monitoring and timely replacement of the C110 hammer wear, as well as regular maintenance of key components of the YZH’S strength static rock boom system’s BB350 crusher, the whole set of equipment can maintain long-term stable operation. According to actual application statistics, using Metso's C110 hammer and YZH’S strength static rock boom system’s BB350 crusher silo solution has increased the company's material handling efficiency by more than 35% on average, and reduced energy consumption by around 20%, creating considerable economic benefits for the company.
The combination of Metso's C110 hammer and BB350 crusher in the silo, with its precise positioning and efficient coordination mechanism, realizes efficient, energy-saving and stable material crushing and processing, making it a valuable equipment configuration for industrial production, and worthy of popularization and application in more fields.
