Abstract: A hanging bar for supporting an anode (10) without lugs which is formed by a first lower portion of the body (11) and a second upper hanging portion (12) which comprises: two elongated splints (15) having a width similar to said second upper hanging portion (12); two plastic spacer pieces (33) connecting the ends of said two splints (15) being each one of said two plastic spacer pieces (33) formed by a base (28) from which two pillars (20) emerge, leaving between both pillars (20) a central housing zone (34), wherein on said base (28) and between said pillars (20) there is a planar surface (31) and on the inner portion of said base (28) there is an inclined surface (30), two pivoting supports (17), being each one of them housed in the central housing (34) of said two plastic spacer pieces (33), wherein said pivoting supports (17) are formed by a straight piece (43) which finishes in one of its ends in a bushing (27) in the center of which has a first hole (39) which matches second holes (38) of said pillars (

Abstract: The present invention relates to a system consisting of an anode hanger means (10) and an enhanced geometry anode (22) which makes possible to reuse said anode hanger means (10) minimizing the production of scrap, allowing an enhancement of the process between the smelting and the electrorefining wherein said hanger means (10) is formed by a reusable central bar (11) to be located on the upper edge of the enhanced geometry anode (22) wherein said reusable central bar (11) has on its ends reusable ears (12) having engagement means (13) which take the enhanced geometry anode (22) on its upper corners and wherein in the upper corners of said enhanced geometry anode (22) emerge two small upper projections (15). The small upper projections (15) are fitted with said engagement means (13) to secure the hanger means (10) to the enhanced geometry anode (22).