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40 TPH Alluvial And Rock Tantalum-Niobium Process Plant in Congo

40 TPH Alluvial And Rock Tantalum-Niobium Process Plant in Congo

Published Date:11 November 2024

JXSC has designed a complete Flowchart and provides a full set of processing plant machines & all accessories for Congo’s alluvial and rock Tantalum-Niobium ore process plant in Congo. The client has their engineering team set up this plant, so there is no requirement for our engineering site service. We offer a detailed layout design with base construction drawings accordingly.

Client’s Mine Situation

  1. The processing capacity required is 40TPH.
  2. The raw material is alluvial & rock mixture type, and with sticky clay.
  3. The feeding size is less than 120 mm.

40 TPH Tantalum-Niobium Process Plant Flowchart

40 TPH Alluvial & Rock Tantalum-Niobium Process Plant Flowchart

Tantalum-Niobium Ore Processing Equipment

    • Trommel scrubber
    • Jig separators
    • Belt conveyor
    • Shaking tables
    • Centrifugal concentrator
    • Ball mill
    • Sluice box
    • Hammer Crusher
    • Spiral sand washing machine
    • 3 pcs magnetic separator

Flowchat Description

  1. The plant will begin from the Trommel scrubber with a hopper. The hopper also can be made with a grizzly bear to screen the much bigger rocks. Since there’s a lot of sticky in the raw ore, we suggest using a trommel scrubber to wash away the sticky clay.
  2. The scrubber has 2 layers of screen, 2 mm, and 25mm. Therefore, rocks more than 25mm will be transferred together. Then the less than 2mm materials will go to a centrifugal concentrator.
  3. The tailing from the concentrator will go to the sluice box to gather concentrate again.
  4. The 2-25mm materials will go to the jig separator. The jig separator mesh size will be 2mm.
  5. The 0-2 mm sizes below the mesh from the jig separator and tailing from the sluice box will be sent to a spiral sand washing machine for dewatering. After that, the materials will be sent away by a conveyor belt.
  6. The 2-25mm materials above the mesh will be sent to a hammer crusher by belt conveyor to crush to be less than 5mm.
  7. The less than 5mm materials from the hammer crusher will go to the ball mill to grind to be 0-1 mm. After that, you need to feed the 0-1 mm materials into a shaking table to separate and collect the concentrated ore.
  8. Because there are too many magnetic ores(like the magnetite, hematite, etc) inside the concentrate ores, we can dry the concentrate first then use the 3PCS disc dry magnetic separator to remove them and get the final concentrate Tantalum-Niobium ores.

Production & Shipping

40 TPH Alluvial & Rock Tantalum-Niobium Process Plant in Congo
40 TPH Alluvial & Rock Tantalum-Niobium Process Plant in Congo
40 TPH Alluvial & Rock Tantalum-Niobium Process Plant in Congo
40 TPH Alluvial & Rock Tantalum-Niobium Process Plant in Congo
40 TPH Alluvial & Rock Tantalum-Niobium Process Plant in Congo

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