| Customization: | Available |
|---|---|
| Type: | Magnetic Separator |
| Voltage: | 220V |
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Introducing the Heng Peng Zirconium-Titanium Ore Suction Dredger, an exceptional and cutting-edge solution meticulously designed for the precise extraction and separation of zircon and titanium minerals. This formidable machine boasts an impressive flow capacity of 900 cubic meters per hour, a substantial dredging depth of 8 meters, and an exceptional discharge distance of 1,000 meters. Powered by a robust 298-kilowatt Cummins main engine, it is further enhanced by a dependable and advanced hydraulic system sourced from industry leaders such as Rexroth, Denison, Parker, and Vickers.
The dredger's operations are seamlessly managed through a sophisticated PLC control system from Siemens, ensuring optimal efficiency and precision throughout the mining process. Constructed using superior materials specifically selected for their resistance to the demanding conditions of zirconium and titanium mining, this dredger delivers an outstanding mineral separation rate of 95%.
Elevate your mineral separation endeavors to new heights with the Heng Peng Zirconium-Titanium Ore Suction Dredger. Discover its unparalleled capabilities and experience a significant boost in operational efficiency.
| NO | Item | Parameter |
|---|---|---|
| 1 | Circulation Capacity | 900m/h |
| 2 | Dredging Depth | 8m |
| 3 | Discharge Distance | 1000m |
| 4 | Discharge Diameter | 250mm |
| 5 | Main Engine | 298kw |
| 6 | Hydraulic System | Rexroth/Dension (Parker)/Vickers |
| 7 | Operating System | PLC Siemens |
| 8 | Material Selection | Zirconium Titanium |
| 9 | Selection Rate | Selection Rate: 95% |
High Efficiency and Capacity: With a flow capacity of 900 cubic meters per hour, this dredger can handle large volumes of ore efficiently, maximizing productivity and reducing downtime.
Deep Dredging Capability: Boasting a substantial dredging depth of 8 meters, it can reach deeper mineral deposits that may be inaccessible to other machines, expanding your mining operations to previously untapped areas.
Extended Discharge Distance: The remarkable discharge distance of 1,000 meters allows for flexible placement of the discharge point, optimizing the logistics of your mining operation and minimizing transport costs.
Robust Powertrain: Powered by a reliable 298-kilowatt main engine, the dredger is equipped with the power necessary to handle the most demanding mining conditions, ensuring consistent and reliable performance.
Advanced Hydraulic System: Complemented by a state-of-the-art hydraulic system from industry leaders like Rexroth, Denison, Parker, and Vickers, the dredger offers precise and smooth operation, reducing wear and tear on components and extending the machine's lifespan.
Sophisticated Control System: Managed through a sophisticated PLC control system from Siemens, the dredger ensures optimal efficiency and precision, providing real-time monitoring and control of all operational parameters.
Mineral Extraction
Zirconium-Titanium Ore Mining:
This equipment is particularly suited for the mining of zirconium-titanium ore. Zirconium-titanium ore is a crucial mineral resource containing zirconium, titanium, and other elements, which are used in the manufacture of ceramics, glass, paints, rubber, and other industrial products. Through its efficient mining and screening capabilities, this equipment can extract high-grade zirconium-titanium ore from mineral deposits, enhancing resource utilization.
Mining of Other Minerals:
Apart from zirconium-titanium ore, this equipment can also be used for the mining of other types of minerals such as gold, silver, and iron ore. Its powerful mining capacity and flexible operation allow it to operate in various complex geological environments.
Resource Recycling
Tailings Processing:
During the process of mineral extraction, large quantities of tailings are generated. These tailings often contain valuable mineral elements, but their concentrations are low and difficult to extract. This equipment utilizes advanced screening and separation technologies to extract valuable mineral elements from tailings, enabling the reuse of resources.
Scrap Metal Recycling:
In the field of scrap metal recycling, this equipment can be used to process scrap metal fragments, discarded electrical wires and cables, and other waste materials. Through processes such as crushing, screening, and separation, valuable components in scrap metal can be extracted for reuse or processing into new products.
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