Linked from

The 21 pages that link to Froth flotation, each with the reason it gives.

• Sulfide mineralRelated: Surface chemistry allows sulfide ores to be concentrated before metal extraction.

• Copper miningRelated: Flotation separates copper sulfide minerals from much of the crushed rock.

• Copper extractionRelated: It concentrates many copper sulfide ores before smelting.

• SulfideRelated: Collectors can make sulfide ore minerals hydrophobic so they rise with froth.

• SphaleriteRelated: Concentrators commonly use flotation to separate sphalerite from other ore minerals.

• ChalcopyriteRelated: Flotation commonly separates chalcopyrite from less valuable minerals before smelting.

• KaolinRelated: Flotation can separate colored mineral impurities from kaolin.

• Cobalt miningRelated: Flotation can concentrate cobalt-bearing sulfide minerals before smelting.

• GangueRelated: Flotation can separate hydrophobic ore minerals from gangue particles in water.

• Ore dressingRelated: Surface chemistry lets flotation concentrate finely ground minerals that gravity methods cannot separate well.

• SpodumeneRelated: It can concentrate spodumene from crushed pegmatite ore.

• MolybdeniteRelated: Flotation commonly concentrates molybdenite from crushed ore.

• ScheeliteRelated: Flotation can concentrate scheelite from crushed ore before further processing.

• WolframiteRelated: It can concentrate wolframite from finely ground ore.

• Lead(II) sulfideRelated: It concentrates galena from mined ore before smelting.

• Drops and bubblesRelated: Bubble interfaces collect and transport particles through a liquid.