Design Output
According to customer needs.
Application
Mineral crushing, Ore processing.
Equipments
Jaw crusher, cone crusher, vibrating feeder, vibrating screen, belt conveyor.
Gold ore refers to the ore that contains gold elements or gold compounds, has certain economic value, and can be industrially mined and refined to extract gold. Here is a brief introduction to gold ore:
Basic Characteristics
Usually golden yellow, but it may also appear silver - white, red, purple, etc., depending on the types and quantities of impurities in the ore.
Color: It has a relatively low Mohs hardness, generally between 2.5 and 3, which means it can be cut and carved with ordinary stone or metal tools.
Density: It has a relatively large density, generally heavier than most common minerals and rocks
Stability: Gold is a stable element that is not easy to oxidize or corrode. Therefore, gold ore can remain in its original state for a long time in nature.
Ductility: It has good ductility and can be drawn into thin wires without breaking.
Conductivity: It is an excellent conductor and is widely used in electronic products and other fields that require conductive materials.
Shunzhi, as a famous supplier of mining crushing solutions, can offer complete set of copper ore crushing equipment and comprehensive technical support to every customer.
The first stage: coarse crushing
The gold ore blasted from the mountain is fed uniformly by the vibrating feeder through the silo and transported to the jaw crusher for coarse crushing.
The second stage: medium and fine crushing
The coarsely crushed materials are screened by vibrating screen and then conveyed by belt conveyor to cone crusher for medium and fine crushing.
The third stage: screening
The medium and finely crushed stones are conveyed to the vibrating screen through a belt conveyor to separate stones of different specifications. The stones that meet the requirements of the customer's particle size are conveyed to the finished product pile through the belt conveyor. The impact crusher crushes again, forming a closed circuit cycle.