Introduction of PSY cone crusher Symons cone crusher is also a kind of spring safety type cone crusher. It has created a new concept of crushing materials which realize more crushing less grinding .With advantages of high production capacity, fine granularity, good product shape, light weight, easy maintenance, easy to operate etc. It is superior to spring cone crusher in terms of yield , particle granularity uniformity, fineness of products, spare parts lifetime , running rates and costs of production and maintenance.
There are 3 ', 41/4, 51/2, 7' four models of Symons cone crusher , each model with standard and short head type, and each type has its own small, medium, coarse type, special type of four crushing chamber. That is, each model has eight crushing chamber for users to choose to meet different requirements.
Features of PSY cone crusher 1. .Big crushing force can provide large production capacity. 2. with two kinds of crushing chamber, fine adaptability 3. Wide range of granularity 4. with spring insurance system provide over-loading protect safely and efficiently 5. Perfect lubrication system 6. Compared with traditional spring cone crusher, it adapt Hydraulic lock, hydraulic adjustment, hydraulic cleaning, high degree of automatization 7. High quality, long using lifetime, easy maintenance, low cost, all maintenance can be done on itself
With powerful crushing force, it can provide higher production capacity 1. Symons cone crusher will provide you with a powerful crushing force, the arm of force is longer than other existing cone crushers. The longer arm of force , the greater the impact force . Long arm of force embodied in the spindle, it can lower eccentric bearing load, reduce the bearing temperature and extend bearing life.
2. Maximum crushing cone strokes will provide greater production capacity. Symons cone crusher is designed with large eccentricity, right cone angle, to ensure a large discharge volume
3. Powerful crushing force with a large free-falling material make the crusher more efficient and low energy consumption .
|