Brief Introduction and Application Areas of Fine Crusher:
The high efficient fine crusher as a new fine crusher has a wide range of applications with the advanced international technology. It is the most effective and reliable crushing machine at present which is applied to do fine crushing and medium crushing in fields of grinding materials, refractory materials, cement, silica sand and steel shot.
Advantages by Comparing with Other Crushers:
It is a high efficient and energy saving crusher and sand maker which can save 50% energy compared with the traditional fine crusher. So it is the most advanced fine crushing equipment in the world at present.
Five Main Features:
Five designing features of the high efficient fine crusher: high line speed, abrasion resistance materials, better machine structure, design of the grid plate and the influence of rigidity attrition crushing.
Why Choose Us?
The high efficient fine crusher has introduced the advanced mechanical technology at home and abroad and combined the domestic situations in the industries of cement, mining, ore beneficiation and building materials. It is used as a fine crusher to process materials with medium hardness and has better consumption reduction than the traditional roller press and better comprehensive effect than cone crushers. All these features make it able to effectively control the secular stability of the discharging granularity. The high efficient fine crusher also has the advantages of high crushing efficiency, low consumption, dust prevention, long lifetime of the quick-wear parts, low cost of the fittings, high running rate and simple maintenance.
Advantages and Features of the High Efficient Fine Crusher:
Materials entering the cavity successively fall on the high speed spinning hammer and get crushed for the first time at the hammering zone under the action between the hammer and counter board. After high-frequency hammering and striking, materials fall on the median septum piling up and then they slide down on the bottom dumping disk of the high speed spinning rotor. Then materials are thrown to the impact plate at high speed and enforced to be impact, crushed and ground when passing the mobile board hammer. Therefore, materials are repeatedly crushed, washed and ground under the gravity action to realize the fine crushing process.