Manufactures and market the high efficiency, operationally economical CLIMAXX type wet drum magnetic separators. The separator recovers Magnetic Media (magnetite or ferrosilicon) in dense media applications. The separator features a wide angle magnet, assembled in a specially designed tank, that improves the recovery of fine magnetite or ferrosilicon. The magnetic media is then discharged at a higher than normal density. High concentrations of magnetic and non-magnetic material in the feed are easily handled. The design of the tailing removal system prevents plugging of the tailing spigot. Level control is flexible and does not require operator attention. Construction • Complete SS 304 construction. • End caps are either high density aluminum or stainless steel. • All magnets are encased in SS canisters. • Double roll ball bearings (self aligning type). • Driven using a Helical geared motor. Very low power consumption. • Drum shell can have an optional wear liner which is either SS or rubber (Optional). Technical Data • Drum Diameters 36" , Drum Width 4' - 10' • 750 Gauss Inter-pole Magnetic Element • Extended Arc, 6 Main Poles and 5 Inter-poles • All Stainless Steel Construction • Grease able Bearings • 16 Gauge Wear Wrap • Types of Tanks o The Tank : THE CLIMAXX type tank is preferred highly in heavy media applications. The tank has a counter rotating magnetic drum which picks up magnetite and removes it from the system. The tailings report to a chamber where fines are collected and the overflow is removed separately. o Self Leveling: The climax type SELF LEVELING tanks is used in application which are prone to fluctuation or surges in the feeding style. These tanks have a self leveling mechanism which maintains a slurry level at all times. This style of tank offers an extra long pick up zone and is used where capacity is of prime importance. • Types of Magnetic Assemblies o High Capacity The High Capacity assembly has a higher magnetic flux rating but due to its inherently lower field gradient the magnetic attraction force is actually lower when compared with the High Gradient type. No of poles six main poles with optional intermediate poles for flux control and enhancement of intensity. Typical application. In coal Washeries for heavy media recovery and iron ore industry for extraction of magnetic particles from ore. Magnets used strontium ferrite of various grades. o High Gradient The High Gradient version is hence more capable of recovering material, which is finer or less magnetic; however, its capacity is reduced as its magnetic force drops off faster as the distance increases from the magnets. No of poles Varies from six to fourteen main poles with intermediate poles. Application mainly in the extraction of iron from its ore in various stages of processing. Rare earth magnets are newly discovered materials having very high intensity. Some special applications demand uniform intensity at a particular distance from the drum shell. Here a radially arranged magnets sandwiched between steel plates is used. Operating Parameters Percent Solids in Feed 10% - 20% Feed Slurry Volume 120 - 140 gpm/ft. drum width Magnetic Load (max.) 5.5 tph mag/ft. drum width Magnetic Concentration (max.) 2.6 lb/gal. Percent Nonmagnetic in Feed Solids 10% - 60% Specific Gravity of Concentrates 2.2 - 2.6 SG Performance Typical Magnetic Loss in Tailings is < 1 gm/gal. of Tailings on ideal working parameters.