High-Performance Spiral Separator for Efficient Mineral Processing Solutions

It adopts gravity-centrifugal synergistic separation based on density and particle size differences, realizing precise separation of fine-grained minerals in a fluid-dynamically optimized trough without chemical reagents.

It is mainly used for refractory fine-grained minerals, accurately capturing sizes such as -0.45 mm, 800 mesh (0.019 mm), and -0.038 mm, and is suitable for recovering conventional fine-grained tailings.

Five series (F/H/M/L/X) with various specifications are available. Selection is based on mineral properties, processing particle size, and capacity. For example, Model F13 is preferred for gold and tin ore, while Model H8 is used for hematite concentration.

Advantages include higher efficiency for fine-grained minerals, pure physical process requiring no reagents, low energy consumption, easy maintenance, and strong tailings discarding capacity (up to 83% in roughing stage).

They are suitable for ferrous and non-ferrous metals, non-metallic minerals, and coal-fired desulfurization, including gold, tin, hematite, vanadium-titanium, chromite, cobalt, and coastal zircon-ilmenite placer.