详细技术信息、工作原理和应用场景。可根据您的项目需求提供定制配置。
Multi‑cylinder hydraulic cone crusher is high‑performance medium‑fine crushing equipment for hard rock and mineral materials. Adopting laminated crushing principle, it is widely used in mining, quarry, aggregate production for granite, basalt, iron ore, river pebble and other medium‑hard & hard ores. Multiple hydraulic cylinders realize over‑iron protection, discharge opening adjustment and cavity cleaning automatically. Comparing with spring cone crusher, it brings higher output, better cubic product shape and lower downtime.
Note: Different cavity types (Coarse / Medium / Fine / Extra‑fine) change feed size and hourly output. Custom configuration available.
Motor drives bevel gear and eccentric sleeve. The moving cone makes pendulum gyratory movement. Materials are squeezed, impacted and ground between fixed cone and moving cone. Laminated crushing happens between stones. Qualified materials fall out from bottom discharge opening; oversized material stays inside for re‑crushing. Hydraulic cylinders control release pressure and gap adjustment.
Q1: What material can multi‑cylinder hydraulic cone crusher process?
A: Hard and medium‑hard rock: granite, basalt, iron ore, river pebble, quartz stone. Not fit for sticky wet clay raw ore.
Q2: What is the difference between multi‑cylinder and single‑cylinder cone crusher?
A: Multi‑cylinder owns stronger crushing force, higher capacity, better over‑iron protection, more suitable for large‑scale hard‑rock crushing line.
Q3: Can we customize cavity type?
A: Yes, coarse / medium / fine / extra‑fine cavities are selectable according to customer output size requirement.
We offer complete solution including equipment selection, layout suggestion, installation guidance and after‑sales technical support. Share your feed size, raw material hardness and target hourly capacity, we recommend matched multi‑cylinder hydraulic cone crusher for your project.
专为可靠性而设计,为性能而打造。每款WSHT产品都体现了我们对质量和创新的承诺。
高强钢结构 & 精密数控加工,确保在最恶劣的采矿条件下长期可靠运行。
优化的腔体几何形状和智能设计,实现每小时最大产量并减少停机时间。
先进的工程设计可将能耗比传统设备设计降低高达20%。
现场安装、调试、操作员培训及备件供应全球可得。