

Core Secondary Crushing Equipment
Vibrating Feeder → Jaw Crusher(Primary Crushing, e.g., PE750×1060) → PF1214 (Secondary Crushing) → Vibrating Screen → (Optional) Sand Making Machine This represents the most typical application scenario. In this configuration, the PF1214 is responsible for further crushing stones that have undergone primary crushing (particle size ≤350mm) down to a medium particle size (≤40mm), thereby preparing the material for subsequent sand-making processes or directly producing high-quality finished aggregates.
Main Crushing Equipment
Pre-sorting (Manual/Mechanical) → Jaw Crusher (Primary Crushing/Volume Reduction) → PF1214 (Main Crushing) → Iron Remover → Light Material Separation → Multi-layer Screening
The impact crushing principle employed by the PF1214 facilitates the more effective separation of steel rebar from reinforced concrete, while also producing recycled aggregates with superior particle shape; it serves as a core component within construction waste processing workflows.
Secondary/Tertiary Crushing Equipment
(After Primary Crushing) → PF1214 (Secondary Crushing) → Cone Crusher (Tertiary Crushing) → Screening
When processing high-hardness ores (such as iron ore or copper ore) that require multi-stage crushing, the PF1214 is positioned between the primary and tertiary crushing stages, playing a pivotal role in bridging these two process segments.
| Model | PF-1214 |
|---|---|
| Feeder Opening Size(mm) | 480X1500 |
| Max. Feeding Size(mm) | 350 |
| Rotor sizeD*L(mm) | Φ1250X1400 |
| Motor Power(kw) | 132-160 |
| Capacity(t/h) | 100-180 |


| NO. | Product Name | Model | Quantity |
|---|---|---|---|
| 1 | Hopper | LC3000x4000 | 1 |
| 2 | Vibrating feeder | ZSW9638 | 1 |
| 3 | Jaw Crusher | PE600x900 | 1 |
| 4 | Impact Crusher | PF1214 | 1 |
| 5 | Vibrating Screen | 4YK1860 | 1 |
| 6 | Belt conveyor | B800 | 2 |
| 7 | Belt conveyor | B650 | 1 |
| 8 | Belt conveyor | B500 | 5 |
When crushing materials such as granite, basalt, or river pebbles, the equipment's actual throughput typically operates slightly below its theoretical maximum capacity, maintaining stable operation within an optimal working range. In this scenario, the equipment runs smoothly, and the wear rate of consumable parts remains within a reasonable range that ensures the realization of maximum economic benefits.
When the final product requires a concentrated particle size distribution of 10–30 mm (or even finer, such as 5–20 mm), the crushing process must deliver a higher crushing ratio and more frequent impact actions. Consequently, under these specific operating conditions, the equipment's actual throughput capacity will operate within its optimal performance range; simultaneously, the finished aggregate will exhibit excellent particle shape characteristics (specifically characterized by a high proportion of cubical particles and a low proportion of needle-like and flaky particles).
Standardized aggregate production lines with an hourly output of approximately 150 tons represent one of the most in-demand equipment configurations currently on the market. Thanks to its moderate investment scale and rapid return on investment cycle, the PF1214 model has established itself as the undisputed "core powerhouse" for this type of production line.
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