Symons Cone Crusher is the most advanced cone crusher which represents the domestic advanced technology level . For years Shenyang Shenshui Machinery & Equipment Co., Ltd has been using the US-developed advanced crusher technology .Symons cone crusher can be widely used in metallurgical, construction, chemical and building material industry , suitable for hard and medium hard material such as mine ore, limestone, quartz, granite, sandstone and so on .The products are sold all over China and are also exported to USA , Australia , New Zealand, South Africa, Chile , Thailand and Southeast Asian countries.

Symons Cone Crusher has the following characteristics:

  1. Symons Cone Crushers has large crushing capacity and also supply larger production capacity .

  2. It has two types of the crushing cavity construction for a wide range of grain sizes.

  3. The Symons spring release system will provide safe and effective overload protection.

  4. A complete lubrication system.

  5. Symons cone crusher uses hydraulic lock , hydraulic adjustment , clearing device and so on . Its automatic degree has been enhanced greatly compare with old cone crushers .

  6. Symons cone crusher has high design and manufacture quality long service life convenient repairing , lower cost . All of the maintenance work can be done easily on the top of the machine .

 

 

Symons cone crusher capacity charts are developed for use as an application tool to properly utilize the machine’s capability. The crusher is one component of the circuit .As such, its performance is in part dependent on the proper selection and operation of feeders, conveyors screens supporting structure eleotric motors drive components and surge bins.

The following factors will reduce the crusher capacity and performance:

1.     Sticky material in crusher feed or excessive feed moisture :

2.     Fines in crusher feed (smaller than crusher setting ) exceeding 10% of crusher capacity ;

3.     Feed segregation I  crusher cavity or improper feed distribution around circumference of crushing cavity;

4.     Lack of feed control ;

5.     Inefficient use of recommended connected horsepower .

6.     Insufficient crusher discharge area or insufficient conveyor capacity ;

7.     Insufficient scalper and closed circuit screen capacities;

8.     Operation of crusher at less than recommended full load countershaft speed;