Such  Ore benifition processes as gravity – flotation and  gravity – carbon Leaching slurryrecycling,in  combining with gravity  equipments such like  amalgamation, Spiral chute,  shaking tablle and jigger machine, are  widely used for  low grade ore or tailing’s   concentration ,  However,Mercury  solution   has not only a great threat to the environment, but also   health of workers; While compared with full centrifuge concentrator, traditional Gravity Concentrator’s recovery rate  is very low because minerals in coarse and medium grains size are not well recovered in  gravity  benifition plant, which result in a poor recovery rate  on target mineral by use flotation process

CORE  TECHNICAL ADVANTAGES:

-The Full Batch Centrifuge Concentrator can upgrade the mineral enrichment;
-Large processing capacity, max slurry following volume can reach 100m³/ h
-Input Size:≤2mm
-24 hours continiuously   working without stop, -Low power consumption, 
-High intelligence and easy maintainance
-Zero pollution, environment friendly and easy access on plant establishment approvment by autohrities;
-Short plant process connection, quick recovery cycle on investment 
-Significant economic benefits
-Equivalent quality with oversea same product but half  cost prices;
-Leading technology with continuous improvement on performance.

APPLICATION:

• Through large amount of scientific experiments, continuous exploration and innovation, WRIKU/TOMINE full batch centrifuge has been  widely recognized as the most advanced medium, large and super large  centrifugal equipment worldwide. In particular, the launching of TP series continuous cyclone type centrifugal concentrator makes our company as the only manufacturer of cyclone centrifuges internationally  with the core technology and independent intellectual property rights.  

 INDUSTRIES:

• 1)  non-ferrous metal  recycling though gravity method (such as copper, tin, nickel, tungsten, lead-zinc, vanadium-titanium, etc.);2)  precious metals (gold, silver, platinum group metals, etc.);3) Circular economy application of secondary recovery of waste non-ferrous metal tailings;4) Circular economy application of recycling ferrosilicon from calcium carbide waste residue in chemical industry;5) Secondary recycling of smelting slag, boiler ash and alloy slag in the smelting industry;6) Fine coal primary selection or secondary selection application in the coal industry;7) The recycling application of bauxite and aluminum ash in the building material industry;8) Circuit boards, electronic waste recycling gold, silver, platinum and other precious metals recycling.
  

  TECHNICAL SPECIFICATION
  Technical Spericifcation
  Model	TPX800	TPX400	TPX200
  Runing Mode	Continuous	Continuous	Continuous
  Voltage	380V,50Hz	380V,50Hz	380V,50Hz
  Controling Mode	PLC	PLC	PLC
  Enriching Conical Dia	800MM	400MM	200MM
  Water Pressure	0.3Mpa~0.35Mpa	0.3Mpa~0.35Mpa	0.3Mpa~0.35Mpa
  Inlet Diameter	800mm	400mm	200mm
  Max Slurry Passing  Volum	100CBM	80mm	20mm
  Input Particles:	<2MM	<2MM	<2MM
  Dry Mineral Processing Capacity	600t/d~1600t/d	400t/d~600t/d	1.2t/d
  Slurry Density:	≤50%	≤50%	≤50%
  Operation Mode	PLC	PLC	PLC
  Weight	3000kg	1600kg	200kg
  Oversall Dimension(mm)	1900(L)*1600(W)*2200(H)	910(L)*820(W)*1200(H)	1070（L）x580（W）x900（H）mm

• How is its low energy consumption guaranteed?                                                                                                                                                                      It is needed to ensure that  the plant  process water has to be recycled.At present, most of other concentrators are generally incapable of continuous feeding, resulting in low efficiency of mineral separation by centrifugal technology. Therefore, a large number of continuous feeding is the most characteristic of our vertical concentrator , which fully meets the large-scale production of mineral processing. Intelligentization is realized based on the electronic PLC control system. For the conditions of water supply, electricity and gas, the power supply of each channel is integrated into the PLC to realize automatic control–