Granite ore features and technical equipment for it

Granite belongs to igneous rock, formed by the crystallization of magma erupted or invaded and metamorphic rocks and so on.

In recent years, granite takes up 83% and marble takes up 17% in the materials of building monuments. Granite is hard rock .It can adopt the method of breaking into two and widely be used in the fields of building materials, architecture, highway road construction, bridge construction and so on.

This is several ways for crashing Granite with different equipment. For example, granite stone gravel used in the construction of the highway with the granite stone gravel equipment:

1. You can choose the feeder as the main granite stone gravel equipment. The crashing process is realized by the blasting when the granite stones are transported by the jaw crusher conveyor.

2. You can choose the Jaw Crusher as the main granite stone gravel equipment. The crashing process is realized by the blasting the granite stones into small pieces of granite.

3. You can choose the impact crusher as the main granite stone gravel equipment. The crashing process is realized by breaking granite stone structure in the opposite and the production process is in line with the requirements of high-speed gravel road with mostly cubic shape and high packing density.Henan Hongxing mobile crushers, sand washer supplier will be your best choice.

cement equipments: http://www.jaw-breakers.com/W242.html
bucket elevator: http://www.jaw-breakers.com/T121.html

4. You can choose the Vibrating screen as the main granite stone gravel equipment. After the normal crushing process, the granite stone gravel will be divided into different grades. Bulk materials will automatically return to counterattack crusher by conveyor, which is in line with the gravel graduation requirements of the Road.

Besides, different equipment can be connected through the conveyor according to different requirements. For an instance, A Â when it is in the uneven ground, groove can be connected to different connections according to the field implementation mechanisms.