| Customization: | Available |
|---|---|
| Type: | Gravity Separator |
| Voltage: | Customize Based on Customers′ Local Condition |
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| Gravity selection | Zircon ore is composed of ilmenite and is accompanied by some heavy minerals such as hematite or chromite. In the first stage of these raw ores, FTL Machinery will use gravity separation. For example, a shaking table can separate heavy minerals from other coal gangue (quartz, feldspar, biotite, etc.), and then use other beneficiation methods to obtain concentrates. |
| Flotation separation | This method uses a flotation machine produced by FTL Machinery. The commonly used collectors are fatty acids (oleic acid, sodium oleate, etc.). |
| magnetic separation | In heavy minerals, there are magnetic minerals such as ilmenite, chromite, hematite, garnet, biotite, etc. FTL Machinery magnetic separation is divided into two methods: dry magnetic separation and wet magnetic separation. Dry magnetic separation requires pre-treatment of the selected materials, including heating curing, grading, etc. The wet high-intensity magnetic separator separates particles with a larger size, with a particle size limit of up to 20um. Therefore, wet magnetic separation is often used for fine zircon ore. |
| Mixed selection | However, zircon ore is typically composed of many related minerals. Therefore, FTL Machinery has designed a more effective method by combining Gravity selection, magnetic separation, and flotation beneficiation processes. In the wet processing stage, heavy ore will be separated from other coal gangue (quartz ore, feldspar ore, biotite, etc.) using spiral chutes or shaking tables. Heavy minerals (coarse concentrates) will be cleaned 2-4 times to remove light minerals. After thickening, dehydration, heating, and cooling, minerals will undergo drying treatment. The dry processing stage includes low-intensity magnetic separation, high-intensity magnetic separation, etc. |
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