The cone crusher is one of the production equipment for the medium and fine crushing process, and it plays an important role in the industrial production of metallurgy and mines. The multi-cylinder hydraulic cone crusher is suitable for crushing various ores and rocks with medium and above medium hardness, such as river stone, limestone, iron ore, non-ferrous metal ore, basalt, granite, limestone, quartzite and sandstone, etc., which is widely used in mining, construction, chemical, transportation, water conservancy and many other industries.
This article will briefly introduce the multi-cylinder hydraulic cone crusher from the perspectives of material handling, working principle, performance advantages, etc., to help you understand it further.
1. Components and working principle of multi-cylinder hydraulic cone crusher
When working, the motor drives the belt wheel or the coupling, and the transmission shaft and the cone part make the eccentric shaft perform periodic swing motion under the axis line. After the material enters the crushing cavity from the feed port, it is crushed due to the mutual impact of the eccentric shaft and the concave squeezing, grinding, and kneading. After many times of squeezing, impact and bending, the material crushed to the required particle size falls under the action of its own gravity and is discharged from the bottom. It adopts hydraulic protection and hydraulic cavity cleaning, which has a high degree of automation. This machine can hydraulically lift the top and automatically discharge the material in iron pass-through and instant stalemate, eliminating the trouble that the original spring cone crusher needs to be stopped for manual discharge, greatly reducing the maintenance rate and improving the maintenance rate the production efficiency.
2. Performance characteristics of multi-cylinder hydraulic cone crusher
A variety of crushing cavity types have strong applicability to meet the different needs of customers in crushing and fine crushing.
Adopting the lamination crushing principle with a large capacity and high crushing efficiency. The finished product has a good particle shape, and the crushed product has uniform particles, mostly in a cubic structure.
The full hydraulic operating system uses hydraulic cylinders to drive the main shaft to float up and down to adjust the discharge port. In the case of equipment passing iron and cleaning the cavity, automatically adjusted hydraulic pressure can improve efficiency effectively.
3. Customer case of cone crusher production line
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