Hematite Beneficiation Process

• Aggregate:

• Pebble
• Ballast Crusher Machine
• Basalt Crushing Plant
• Feldspar Crushing Plant in Nigeria
• Granite Crusher
• Limestone Crusher in kenya

• Grinding:

• Pyrophyllite
• Bauxite Processing Plant
• Bentonite Processing Plant, Bentonite Grinding Mill
• Talc Processing Plant, Talc Crushing and Grinding Equipment
• Marble Grinding Mill, Marble Grinding Processing Plant
• Barite Processing Plant, Barite Grinding Mill
• Petroleum Coke
• Dolomite Stone Processing Plant
• Calcite Grinding Mill
• Grinding Mill for Kaolin Processing Plant
• Gypsum Processing Equipment
• Coal Grinding Mill
• Limestone Grinding Mill

• Mine:

• Lithium Ore Beneficiation Plant
• Chrome Ore Beneficiation Technology
• Lead-zinc Ore Beneficiation Plant
• Hematite Beneficiation Process
• Magnetite Beneficiation Process
• Manganese Ore Processing Plant
• Gulch Gold Beneficiation Plant
• Copper Ore Beneficiation Plant, Copper Ore Crushing
• Gold Ore Processing Plant, Gold Crusher Machine
• Copper Ore Crushing Plant
• Iron Ore Crushing, Iron Ore Beneficiation Plant
• Gold Ore Crushing, Gold Crusher Machine

Hematite

Hematite is a kind of weak magnetic iron ore. It contains single hematite, polymetallic hematite and siderite-magnetite mixture.

Hematite Beneficiation Technology

For single hematite:

1. Roasting magnetic separation

Roasting magnetic separation is one of valid methods to separate fine from ultrafine particles (below 0.02mm). When the components are complicated and other beneficiation methods fail to meet related indicators, it is strongly recommended.

2. Gravity separation, flotation, strong magnetic separation and combined process

Flotation is common when separating fine from ultrafine hematite. There are two manners --- direct flotation and reverse flotation. Gravity separation and strong magnetic separation are more suitable for the separation of coarse particle (2-20mm).

The use of specific beneficiation method and combined use shall observe types of ores.

For polymetallic hematite:

1. The polymetallic hematite mainly refers to hydrothermal or sedimentary hematite and siderite which contains potassium and sulfide. This kind of ores usually adopts gravity separation, flotation, strong magnetic separation or combined separation methods to recycle the iron. Flotation is recommended to recycle the potassium and sulfide.

For siderite -magnetite mixture:

1. Single siderite -magnetite mixture

This kind of mineral has two separation methods. One is combined use of weak magnetic separation, gravity separation, flotation and strong magnetic separation where weak magnetic separation is responsible for recycling the magnetic iron ore while other methods are responsible for recycling the iron ore having weak magnetism. The other is the combining process of roasting magnetic separation and other separation methods.

2. Polymetallic siderite -magnetite mixture

The beneficiation method is complicated. Generally, weak magnetic separation and other separation methods would be connected to perform beneficiation.