The 110 crushing plant is a high-capacity crushing and screening system used in quarries, mining sites, construction areas, and recycling facilities. The term "110" generally refers to the type or capacity of the crusher used in the system. These plants are designed to process between 150-250 tons of material per hour, making them ideal for large-scale projects requiring high efficiency.
This facility processes various materials such as hard stones, rocks, basalt, limestone, granite, and mineral ores, breaking them down into specific sizes for different applications. It is widely used in road construction, concrete production, backfill material processing, and the construction industry.
Main components of a 110 crushing plant:
- Jaw Crusher or Primary Crusher: Crushes large and hard stones into smaller sizes in the initial stage.
- Secondary Crusher: Further reduces the material size; typically, an impact or cone crusher is used.
- Vibrating Screen: Sorts crushed materials into different sizes for specific applications.
- Hopper and Feeding System: Ensures a steady flow of material into the crusher.
- Conveyor Belts: Transport processed materials between crushing, screening, and storage areas.
- Dust Suppression and Filtration System: Minimizes environmental pollution and protects workers' health by controlling dust emissions.
These plants can be produced as mobile or stationary units. Mobile 110 crushing plants are portable, making them suitable for temporary and on-the-go projects, while stationary plants are used for long-term operations and offer higher production capacities.
Advantages:
- High production capacity, making them ideal for large projects.
- Capable of processing different types of materials.
- Modular design allows for customization with different crusher and screening units.
- Energy and fuel efficiency reduces operational costs.
- Supports recycling efforts, making it environmentally friendly.
In conclusion, 110 crushing plants are essential for heavy industries and construction projects that require large-scale material processing with high performance and durability.