Spiral separator is a device that uses centrifugal force to separate minerals with different densities. It is widely used for placer ore mining and beneficiation of gold, tin, tungsten, iron, rare metals and non-metallic minerals.
Fine mineral spirals separators are just one of these new emerging technologies that have the potential to efficiently separate mineral species down to 30 micrometres in size.
Spiral separator is suitable for silica sand, zircon sand, titanium ore, cobalt ore, rutile or other mineral sand separation. • Small footprint, large processing capacity. • High enrichment ratio and recovery rate. • Moisture-proof, rust-proof, corrosion-resistant.
Multotec offers spiral concentrators for coal, gold, iron ore, mineral sands, platinum and chrome processing plants. Spiral concentrators separate ore and material between 38 and 2000 microns with high efficiency and low energy consumption.
Spiral chutes are devices that use gravity and centrifugal force to separate minerals based on specific gravity. They are suitable for various mineral processing applications, such as gold, manganese, chrome, and copper, and can improve efficiency and reduce waste.
With careful design, however, Multotec has developed a new UX7 spiral that enables ultrafine heavies to be recovered. "This spiral is typically employed for reprocessing tailings to recover the valuable mineral that could not be …
The spiral separator is the best gravity concentrating equipment, especially for concentrating sand ore in seashore and riverside. It is made of the fiberglass, lined with wear-resistant polyurethane and covered with corundum cover.
The SC25 spiral has shown better Cr2O3 separation efficiencies than the SC21 model and with higher SiO2 rejection at saleable grades, thus providing an additional revenue stream specifically for the coarser (+820 μm) size fractions. . Keywords: spiral concentrators, chromite recovery, specific gravity, SC25 spiral, coarse spiral. Introduction.
MG Series. Used for feed material generally containing up to 25 per cent heavy mineral (up to 40% in some applications). The company offers an extensive range of spiral separators to ensure the most appropriate selection for a given mineral processing duty.
New model spiral separators have now been developed that are specifically designed to treat material finer than 0.1 mm (100 µm), (Richards et al., 2000). This fine mineral spiral separator is typically longer than traditional troughs to allow these very delicate processes to produce an adequate separation.
