BP Mobile Crusher Plant is a series of new rock crushing equipment developed by our company which can work in narrow and terrible conditions. It is convenient and flexible greatly increasing the coarse crushing in the fields of business ideas. It is mainly used for processing material in metallurgy, chemistry, building materials, hydro power and other industries that often requires mobile base stations. It is especially suitable for the mobile crushing of stones in such areas as highways railways and hydro-power project.
Mobile Crushing Plant is a fully integrated solution for on-site crushing of hard and abrasive stones. Designed to process materials with high compressive strength, such as granite, basalt, and quartz, it combines robust crushing equipment—such as jaw crushers, cone crushers, or impact crushers—with a mobile platform to deliver high productivity in tough conditions.
Plant structure includes feeding, primary and secondary crushing, screening, and conveying systems, all mounted on a wheeled or tracked chassis. This configuration allows rapid deployment and relocation between different project sites, saving time and infrastructure investment.
Mobile Crushing Plant is widely used in open-pit mining, road and bridge construction, railway ballast production, and aggregate manufacturing. With its reliable performance, low energy consumption, and intelligent control system, it provides a powerful and flexible solution for modern hard rock processing needs.
Model | Vibrating Feeder | Crusher model | Max Feed Size (mm) | Number of Axles | Main Conveyor | Capacity (t/h) | Transportation Dimension(mm) |
BPE57 | ZSW3090 | PE500×750 | ≤425 | 2 | B650 | 45-100 | 12500×2600×3950 |
BPE69 | ZSW3896 | PE600×900 | ≤500 | 2 | B800 | 60-160 | 12150×2600×3950 |
BPE750 | ZSW4211 | PE750×1060 | ≤630 | 3 | B1000 | 110-320 | 13270×2850×4200 |
BPE96 | ZSW3896 | 6CX96 | ≤500 | 2 | B800 | 100-200 | 12150×2600×3950 |
BPE110 | ZSW4211 | 6CX110 | ≤650 | 3 | B1200 | 250-500 | 13200×3000×4400 |
BP1310 | ZSW3896 | PCZ1310 | ≤600 | 2 | B800 | 100-160 | 11500x2300x4000 |
BP1410 | ZSW4211 | PCZ1410 | ≤700 | 3 | B1000 | 160-210 | 12700*2600*4300 |
BP1512 | ZSW4913 | PCZ1512 | ≤750 | 3 | B1200 | 250-320 | 13800*2800*4500 |
BP1210 | ZSW3896 | 6FX1210 | ≤600 | 2 | B800 | 100-285 | 13270*2800x4200 |
BP1214 | ZSW3896 | 6FX1214 | ≤600 | 2 | B800 | 150-400 | 14500x2900x4500 |
BP1315 | ZSW4211 | 6FX1315 | ≤700 | 3 | B1000 | 180-500 | 15200x3000x4500 |
Raw materials such as limestone or coal are loaded into feeding hopper by excavator or loader. Material then enters primary crusher (usually jaw crusher or impact crusher) where it is broken down into smaller pieces.
Crushed material is transferred via integrated belt conveyor to vibrating screen for classification. Oversized material is returned to crusher for further reduction, while qualified product is discharged for storage or further processing.
Mobile chassis enables entire system to move easily between work sites. Diesel engine or electric motor powers equipment, and centralized control system ensures safe and efficient operation. Optional dust suppression systems and noise reduction designs help minimize environmental impact during operation.
Optimized rotating components, lubrication and sealing structure. More reasonable force distribution with higher power conversion efficiency, allowing larger eccentricity and higher rotation speed.
Advanced crushing principle and technical parameters with full hydraulic control system. Cavity clearing, adjustment, and locking all performed by hydraulic operation.
Integrated hydraulic lubrication system with centralized automation and intelligent control. Real-time monitoring of equipment operation status.
Higher proportion of cubic particles in finished products with reduced flake-shaped particles, significantly improving product quality.