Monometer Rotary Furnaces successfully recover Tin from tin Drosses and scrap materials to produce specification Tin ingot. The tin content in the charge materials is usually in the region of 75% - 80% with the remainder being made up of Caustic Cake and other materials including estimated minimum 4% moisture content. A typical overall recovery in excess of 95% metal from the metal bearing content of the materials initially charged into the furnace is achieved in Monometer Rotary Furnaces.

Monometer Short Body Rotaries are extensively used for the reclamation and refining of Scrap Lead. The very deep bath provided in this design of furnace has proved to be the most successful for large scale lead refining. Sizes up to 4.5m x 4.5m.

Rotary furnaces for lead reclamation are the Monometer Short Body

Rotary furnace, for capacities normally greater than 8 - 10 tonnes, up to 22 tonnes charging capacity.  The Monometer standard Long Body rotary furnace is ideal for requirements between 1 - 7 tonne charge materials.

Long Body Rotary furnaces 1 - 7 Tonnes

Monometer Rotary Furnaces are widely used for the recovery of lead from Battery Scrap, which consists of pure metallic lead, and

antimonial lead from the battery plate grids, connectors and

terminals.  Also contained in the batteries is the paste, obtained

from the electrolytic action during the life of the battery.  Up to

98% lead may be recovered from the metallic charged into the furnace.

Metal reclaiming cycles can vary according to whether pure lead or

antimonial lead is to be produced.  If it is desired to obtain a

maximum of pure lead from the process, then it is advisable to

separate the metals and the paste and process these two materials

separately.  Double or Single melt reclaiming can be used.  In the

single melt process both the metallics and the sulphates and the

oxides are reclaimed in the one melt, and for the production of

antimonial lead for battery plates this is the most widely used

method.