A 350 t/h crushing and screening plant is an efficient solution designed for medium to large-scale production in the mining, construction, and aggregate industries. It typically combines several units such as jaw crushers, cone crushers, vibrating screens, and conveyors to process raw materials. The plant is suitable for processing various materials like limestone, granite, iron ore, and more. The key advantage of this setup is its ability to handle high capacities while maintaining efficient production through continuous feeding and material flow.
Primary Crushing is usually handled by a robust jaw crusher that can process large chunks of raw material. The crusher’s heavy-duty design ensures that it can handle materials with varying levels of hardness and abrasiveness. Depending on the raw material, this unit can produce output sizes that can be further reduced in subsequent stages, making it crucial in preparing feed for the secondary crusher.
In the secondary crushing stage, cone crushers or impact crushers are employed to further reduce material size. For a 350 t/h plant, cone crushers are often preferred due to their high throughput and capability to crush hard rocks like granite or basalt. These crushers offer superior reduction ratios and can achieve fine particle sizes needed for specific applications.
The screening system is another essential part of the plant. Vibrating screens separate crushed materials into various fractions based on size, ensuring that only material that meets the required specifications is sent forward for further processing. The screening stage improves the efficiency of the plant by ensuring that oversized material is sent back to the crusher for reprocessing.
Finally, the conveying system plays a vital role in maintaining the material flow between crushing and screening stages. Conveyor belts link each unit, ensuring continuous operation and high productivity. The design of the system should focus on minimizing dust and noise emissions, enhancing the plant’s environmental compliance and safety.