Copper Ore Crushing
According to customer needs
Suitable for processing nonferrous metal minerals such as iron ore, gold ore
Mineral crushing, Ore processing
Jaw crusher, cone crusher, vibrating feeder, vibrating screen, belt conveyor.
Introduction of copper ore
Copper ore is a mineral form in which the copper element is mainly in the form of compounds, and a few exist in elemental form. There are more than 200 kinds of copper-bearing ores in nature, and common copper ores can be divided into three types: natural copper, sulfide ore and oxide ore. The gangue of copper ore is mainly quartz, followed by calcite, feldspar, mica, chlorite, barite, etc.
SANME, as a famous supplier of mining crushing solutions, can offer complete set of copper ore crushing equipment and comprehensive technical support to every customer.
Copper ore crushing process
According to the kind and characteristic of ore, there are many different processes for copper ore dressing. In general, ore dressing plant may use primary, secondary and tertiary crushing processes for crushing copper ore.
Jaw crusher is usually used for primary crushing. Cone crusher is used for secondary and tertiary crushing. Through primary crushing, and then by secondary and tertiary crushing, ore will be crushed to the suitable size for feeding ball mill.
Copper ore will be evenly conveyed by vibrating feeder to jaw crusher for primary crushing, the crushed material will be conveyed by belt conveyor to cone crusher for further crushing, material after being crushed will be conveyed to vibrating screen for screening, and material with qualified particle size will be conveyed by belt conveyor to final product pile. Material with unqualified particle size will be back from vibrating screen to cone crusher for secondary and tertiary crushing, to achieve a closed circuit.
Particle size of final product can be combined and graded according to the requirement of client.
Flow chart of Copper ore crushing production line
1. This process is designed according to the parameters provided by the customer. This flow chart is for reference only.
2. The actual construction should be adjusted according to the terrain.
3. The mud content of the material cannot exceed 10%, and the mud content will have an important impact on the output, equipment and process.
4. SANME can provide technological process plans and technical support according to the actual requirements of customers, and can also design non-standard supporting components according to the actual installation conditions of customers.