China Suppliers Factory of Wear-Resistant Cone Crusher Parts - Concave and Mantle for Enhanced Durability
Working Principle
When the machine is working, the movable cone of the crusher (cone crusher mantle) performs a swinging motion around a fixed point, so that the mantle of the cone crusher and the crushing wall of the fixed cone (cone crusher concave) are sometimes close to and sometimes away from each other, so that the ore is continuously impacted, squeezed and bent in the crushing chamber to achieve ore crushing, complete crushing and discharge.
The structure of the equipment includes a motor, a pulley or a coupling, a transmission shaft, a set of cone liner, etc. The motor drives the eccentric sleeve to rotate through the bevel gear, so that the crushing cone moves in a swiveling motion. The connection between the support sleeve and the frame is pressed by a spring. When an unbreakable object such as a metal block falls into the crusher, the spring is compressed and deformed, and foreign matter is discharged to prevent damage to the machine.
The application field of the cone crusher is very wide, and it is suitable for raw material crushing in industries such as metallurgy, construction, road construction, chemistry and silicate. It has a large crushing ratio, high efficiency, low energy consumption, and uniform product particle size. It is suitable for medium and fine crushing of various ores and rocks. Therefore, cone crusher lining is a consumable part/consumable material, which is widely in demand. At the same time, it is also very important to select high-performance and longer-life cone crusher wear-resistant parts.
Product Display
Main Features
100% original factory standard, which is the most important reason why we can get so many customers all over the world.
We provide a full range of crusher wear parts for kinds of brands, such as Metso, Sandvik, Symmons, Telsmith, Sambo, Minyu etc.
Original, standard materials of parts to ensure maximum durability and wear resistance.
Comprehensive solutions including jaw plate, cone crusher liner, hammer, compound steel plate, ball mill liner, etc.
Both production capacity and efficiency are improved
The structure with the main shaft fixed and the eccentric sleeve rotating around the main shaft can withstand greater crushing power. Reasonable eccentricity, cavity type and motion parameters are matched to greatly improve production capacity and work efficiency.
Adopting layer compression crushing mechanism
The design adopts the layer compression crushing principle, so that crushing occurs between materials, with high crushing efficiency and excellent particle shape. It is a partner for producing high-quality aggregates. Fully automatic intelligent control is realized.
The electrical system adopts Siemens PLC and touch screen control system, ABB low-voltage control components, Siemens high-voltage motor; dual lubricating oil pumps, dual electric heaters, dual air coolers, and fully automatic intelligent control is realized.
Enhanced control system function
Adopting visual sensor values, visual freely configurable alarm solutions, and more flexible Internet measurement and control docking solutions.
Stable and intelligent operation capability
Convenient operation and maintenance, adding automation functions such as lubrication return oil flow monitoring, horizontal shaft speed monitoring, vibration monitoring, and automatic feeding control, extending the service life of the equipment, and making the crushing system have more stable and intelligent operation capabilities.
The working principle of cone crusher is that the moving cone is driven by the eccentric shaft through the motor to make the moving cone do eccentric rotation on the inner surface of the fixed cone, sometimes close to the fixed cone, sometimes away from the fixed cone. When the surface of the moving cone is close to the inner surface of the fixed cone, the ore is crushed by squeezing, bending and grinding; when the moving cone leaves, the crushed ore is discharged from the discharge port at the bottom of the cone, and the ore above falls down and continues to be crushed.