Alex Doll: Created page with "==Media Density== Most power-based models are not concerned about the diameter of grinding media (rods or balls), but the density of the media does influence the power draw by..."

2016-06-17T22:47:40Z

Created page with "==Media Density== Most power-based models are not concerned about the diameter of grinding media (rods or balls), but the density of the media does influence the power draw by..."

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==Media Density==
Most power-based models are not concerned about the diameter of grinding media (rods or balls), but the density of the media does influence the power draw by influencing the weight of the charge being rotated in the mill. For the purposes of mill power draw models, the following maybe used:

{| class="wikitable"
|-
! !! Forged steel !! High-chrome steel !! Ceramic (90% alumina) !! Pebbles
|-
|Density, t/m<sup>3</sup> || 7.8 || 7.6 || 3.6 || Ore density
|}

(Source: page 3C-8 of SME Mineral Processing Handbook, Mudd Series. Norman & Decker, 1985)

Media density - Revision history

Alex Doll: Created page with "==Media Density== Most power-based models are not concerned about the diameter of grinding media (rods or balls), but the density of the media does influence the power draw by..."