magnetic lieW. Fire magretc particles aro attracted lo the belt surface, (reed (torn surrourxtng material particles and (hen The comwyof <ty*»r Tf ron ~agr*-; head puley *i a normal trajectory A separation ol Iho iron from tne no»n magnetic powder The umou* Erlei Dynamic Agitation Effect Tins greally improves magnetos recovery and minimises product loss. • utfcses the f»gnest strength Rare Earth pe-manetr magnets. • Simple robust design lor easy installation mfo ending plants. • Totally enclosed, dust tight • AchKres greater *v*» of (me iron separation htm powders than any automate vof cleaning magnehe system (or purifying 1*ie. dry powders • Successful separation is not dependent upon rho magnot system being periodically cleaned as <i some batch

Overall Dimensions Tho DOS s ideally suited 1<x separating (ree line iron from dry milled powdtrs less than 100 CORUNDUM, SILICON CARBIDE, QUARTZ, GLASS, GRANITES. PEGMATITE, LIMESTONE, CALCITE. TALC. ALUMINA. CEMENTS, CERAMICS, INDUSTRIAL MINERALS, FOODSTUFFS, CHEMICALS Performance Information mows depend nr. upon irie BpfBcaUoii Results nave shewn trie efficiency ot the ODS lo far exceed other existing systems. Typical comparative separation efficiencies ol: Two pass Rare Earth Magnetic Tube System: 8% Fe reduction Two pass Rare Earth Magnetic Drum System: 13% Fe reduction ONE PASS DYNAMIC...