It is widely used in metallurgy, chemical industry, refractory materials, hydropower, urban construction, highways and other industries to finely crush various ores and rocks. It is especially suitable for the comprehensive recovery, processing and utilization of various metallurgical slags in steel slag treatment plants. This equipment improves production capacity and crushing efficiency, and also expands the scope of application. It is the latest generation product to replace spring cone crushers and general hydraulic cone crushers in the mining and construction industry. It is the most ideal equipment for large-scale stone plants and mining crushing. This machine is divided into standard type and short head type. Generally speaking, the standard type has a large feed size and a coarser discharge size. The short head type has a steeper crushing cone and a small feed size, which is beneficial to the production of fine-grained The standard type is generally used for coarse and medium crushing, and the short head type is used for medium and fine crushing.
The perfect combination of high-performance crushing cavity and high crushing frequency greatly improves the processing capacity of the new cone crusher. Because of the laminated crushing principle, the crushed products are mostly cubic structures, which greatly reduces the needle-like materials . The new cone crusher has simple structure, easy operation and maintenance, convenient and quick adjustment of the discharge opening, saving time and effort during maintenance, especially the liner is easy to quickly replace, reducing the downtime.
The crushing process is completed between the fixed cone liner and the eccentric moving cone liner.
The motor drives the horizontal shaft of the crusher through a V-belt and pulley, and the horizontal shaft drives the eccentric sleeve to rotate through a gear drive. The eccentric sleeve drives the main shaft to make the moving cone part to oscillate, thereby generating periodic relative movement between the eccentrically oscillating moving cone liner and the fixed cone liner, so that the material to be crushed is continuously squeezed and squeezed in the crushing chamber. Bent and broken. The materials to be crushed enter the crusher through the upper feed port, and the crushed materials are discharged from the lower discharge port of the crusher. Due to the reasonable material selection and structural design of the parts, the service life is long, and the particle size of the crushed product is uniform, which reduces the circulating load. In the medium and large size crushers, the hydraulic cavity cleaning system is used to reduce the downtime. The crusher has many cavities, and users can choose different cavities according to different needs to better meet user needs. This machine is sealed with grease to avoid the disadvantages of easy clogging of water supply and drainage systems and the shortcomings of easy mixing of water and oil. The spring safety system is an overload protection device that can engage foreign objects and iron blocks through the crushing cavity without harming the crusher.