VSI Vertical Shaft Impact Crusher from China Suppliers | High-Efficiency Factory for Quality Sand Production
Product description
Combined Center Feeding and Side Feeding System
The VSI crusher is designed with a combined center feeding and side feeding system, which significantly expands its application range. Center feeding is ideal for stone shaping and sand-making operations, producing uniform, cubic-shaped particles. Side feeding, on the other hand, increases processing capacity and is suitable for larger output requirements. This flexible feeding mode allows the equipment to easily adapt to different materials, production capacities, and process configurations.
High Efficiency and Low Operating Cost
Another key feature is its high efficiency and low operating cost. Optimized rotor structure and wear-resistant materials reduce energy consumption while maintaining strong crushing force. Replaceable wear parts and a modular design simplify maintenance and reduce downtime, helping users achieve long-term stable operation and lower overall production costs.
Thanks to its excellent shaping effect and strong adaptability, the VSI Vertical Shaft Impact Crusher is widely used in construction, mining, metallurgy, chemical industry, and infrastructure projects such as highways, railways, bridges, and concrete mixing plants. It is particularly suitable for applications that require high-quality sand, precise particle size control, and superior aggregate shape.
With its high crushing efficiency, superior product quality, flexible feeding methods, and stable performance, the VSI Vertical Shaft Impact Crusher is an ideal choice for fine crushing and stone shaping operations. It provides a reliable, energy-efficient, and cost-effective solution for enterprises pursuing high-standard aggregate and sand production in modern industrial applications.
Main Technical Specifications
| Model | Capacity (t/h) | Max Feeding Size (mm) | Rotation Speed (rpm) | Double Motor Power (kw) | Overall Dimension (mm) | Weight (t) | Vibration Sensor | Hydraulic Oil Pump (kw) | Overall Dimension (mm) |
|---|---|---|---|---|---|---|---|---|---|
| VSI-7611 | 120-180 | Soft Material: 40 / Hard Material: 35 | 1700-1890 | 110 | 3700×2150×2100 | 10 | Yes | 2×0.25 | 820×520×1270 |
| VSI-8518 | 200-260 | Soft Material: 45 / Hard Material: 40 | 1520-1690 | 180 | 4140×2280×2425 | 12.5 | Yes | 2×0.25 | 820×520×1270 |
| VSI-9526 | 300-380 | Soft Material: 50 / Hard Material: 45 | 1360-1510 | 264 | 4560×2447×2778 | 16.8 | Yes | 2×0.25 | 820×520×1270 |
| VSI-1140 | 450-520 | Soft Material: 50 / Hard Material: 45 | 1180-1310 | 400 | 5000×2700×3300 | 25.6 | Yes | 2×0.25 | 820×520×1270 |
Frequently Asked Questions
What are the benefits of the combined center and side feeding system in VSI crushers?
This dual-mode feeding system allows for maximum operational flexibility. Center feeding is optimal for stone shaping and high-quality sand-making, producing highly uniform cubic particles. Side feeding increases the overall material throughput, making it ideal for high-capacity production requirements.
How does the VSI vertical shaft impact crusher achieve low operating costs?
Operating costs are minimized through an optimized rotor structure that reduces energy consumption. Additionally, the crusher utilizes highly wear-resistant, replaceable modular parts which simplify maintenance, reduce downtime, and prolong the equipment's service life.
What is the maximum capacity and feed size for the VSI crusher models?
Depending on the model, capacity ranges from 120 t/h (VSI-7611) up to 520 t/h (VSI-1140). The maximum feeding size ranges from 35 mm for hard materials up to 50 mm for soft materials, depending on the specific model selected.
Are safety features such as vibration sensors included?
Yes. All standard VSI models (VSI-7611, VSI-8518, VSI-9526, and VSI-1140) come equipped with integrated vibration sensors to monitor operational stability and protect the machine from damage.
Which industries commonly use VSI Vertical Shaft Impact Crushers?
VSI crushers are widely utilized in construction, mining, metallurgy, chemical processing, and infrastructure projects including highways, railways, bridges, and concrete mixing plants where high-quality aggregate shaping is required.