The separation of zircon and titanium ore has always been a key bottleneck in heavy mineral processing. Due to fine particle size, low monomer dissociation degree and close density of associated gangue, conventional sorting equipment often results in low concentrate grade, serious fine mineral loss and low overall resource utilization. Tailored specifically for raw zircon-titanium ore beneficiation, our professional shaking table delivers accurate, stable and high-efficiency gravity separation, solving the industry pain points of difficult purification and low recovery rate perfectly.
This shaking table is professionally optimized for rutile, ilmenite and zircon raw ore with a particle size of 0.074mm to 2mm. Relying on the principle of gravity specific gravity difference, it adopts optimized table surface groove design, stable reciprocating stroke and graded water flow stratification technology. In the production process, valuable heavy minerals such as zircon and titanium are effectively separated from light impurities including quartz and feldspar in one forming process. It can be independently applied or matched with spiral concentrators and magnetic separators to form a complete beneficiation production line, greatly simplifying the process flow and reducing production costs.
Superior sorting accuracy and stable performance are the core advantages of our equipment. Compared with ordinary shaking tables, this model features adjustable stroke, frequency and water volume, which can be flexibly adapted to different ore properties, particle gradation and production capacity requirements. It effectively avoids the loss of fine-grained zircon and titanium minerals, significantly improves concentrate purity and recovery rate, and helps mineral processing plants obtain high-quality titanium and zircon finished products that meet industrial standards.
Adopting heavy-duty integrated frame and wear-resistant anti-corrosion table surface, the equipment is suitable for long-term continuous operation in harsh mining environments with low failure rate and minimal later maintenance. As a pure physical gravity separation device, it requires no chemical agents, features low power consumption and zero environmental pollution, fully complying with global green mining and sustainable development standards. It is widely applicable for raw zircon-titanium ore sorting, coastal placer separation and tailings resource recovery, covering small test processing and large-scale industrial mass production.
Simple operation, convenient installation and ultra-low operating costs make this zircon titanium ore shaking table a cost-effective beneficiation solution. It effectively taps the economic value of low-grade raw ore, maximizes mineral resource utilization, and helps customers achieve higher profit margins in zircon and titanium mineral processing projects.
