Sepro-tech DDS operates within a density range from 0.1 gm/cc to 8 gm/cc, with a minimum separable density difference of 0.1 gm/cc. It effectively handles material sizes ranging from O mm to 100 mm, with different models available.
The Sepro-tech DDS finds valuable applications in various fields:
Removes heavy contamination (Shells, Pyrites, Stones) from coal.
Reduces Ash and Sulphur content, enhancing the quality of non-coking & coking coal (resulting in increased Fc & GCV).
Reduces Ash and Sulphur content enhancing the quality of non-coking & coking coal (resulting in increased Fc & GCV).
Separates contamination such as Laterite, Quartz, Ochre, and BHQ from Iron Ore.
Effectively separates low-density contamination like Limonite from Chromite Ore.
Separates low-density contamination including Quartz, Stone, and bound materials from Manganese Ore.
Serves as an alternative to water-based jigging in metal recovery plants.
Facilitates dry separation technology to recover ferrous and nonferrous metals (e.g., Ferro-Chrome, Ferro-Silicon, Ferro Manganese, Silico-Manganese, Stainless Steel) from slag.
Ensures the recovered metal is of prime quality without oxidation or discoloration.
Separates contamination from Dolochar, a by-product of the DRI (Direct Reduced Iron) process.
The resulting clear char is used as a fuel for power plants.
Recovers high-density Baryte (up to 4.5 gm/cc, A Grade) from a mixture of all grades or lower grades (B, C, D, etc.).
The Sepro-tech DDS is useful to separate MICA shiest and other light weight imparadise from feldspar.
The Sepro-tech DDS is useful to remove stones & other unwanted associated contamination from the Talc Ore.
