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TPC800 Full Batch Centrifuge Concentrator
TPC Series concentrator is continiuous type which can work 24 hours without stopping for discharging, taling and concentrates are in seperatly discharged automatical with PLC system,can be widely used to recover gold, silver, platinum group elements, tungsten, copper, tin, titanium, lead and zinc, rare earth, ferro-manganese, ferro-chrome, ferro-iron, ferro-silicon and other minerals. It can also recycle the tailing from flotation and gravity concentration plant . After directly accessing the concentrator to the existing plant, the qualitative and quantitative analysis on the evaluation system is the main indicator for evaluating the efficiency of the swirling centrifuge concentrator. Specific quantifiable or qualitative points are as follow
in recent years, many new high-efficiency centrifugal beneficiation equipments have been introduced one after another, and certain industrial applications have been achieved. The swirling centrifugal beneficiation technology has made a major breakthrough. Especially with the increasingly prominent environmental pollution problems, centrifugal separation technology has attracted the attention of government and business users:
The discontinuous centrifugal concentrator was developed by YUNTIN GROUP Co., Ltd. in 1964, so it is also called Yunxi centrifugal concentrator. It began to be applied in industry in 1966 and became the symbol of China's centrifugal beneficiation technology. In terms of the single-machine processing capability of the equipment, it has achieved certain effects, but it still does not solve the problems of large water consumption, low enrichment ratio and continuous operation.;
In the 1980s,the i Company developed a countercurrent continuous centrifugal concentrator, which solved the problem that the control mechanism of the traditional intermittent centrifuge was ineffective and the movement was not coordinated. The disadvantage of the countercurrent continuous centrifugal concentrator is that the sorting time of the material in the drum is too short, the sorting effect is poor, and the water and electricity unit consumption is significantly larger than that of the intermittent centrifuge, which limits its popularization and application.
At present, there are such centrifugal concentrators on the market as STL water jacket centrifugal concentrator, centrifugal disc concentrator and centrifugal gold conic concentrator, but it is mostly used for the selection of gold mines, and all belong to intermittent centrifuges, of very Low and limited scope on application
Vertical centrifugal concentrators that have been developed outside of China, including Knelson centrifugal concentrators and Falcon centrifugal concentrators, can achieve low water consumption and high enrichment ratio while continuous operation, and have been widely used in the ore dressing industry at home and abroad. However, due to the long service cycle and high cost of after-sales service and parts replacement, the equipment cost and maintenance cost of enterprise users haven been greatly increased.
In summary, the development and application of swirling centrifuges for continuous and multi-combination force fields is the mainstream of the development of swirling Type centrifugal technology in the future. The application of fluidized backflushing technology has become an important development of vertical centrifuges. trend. Now, TOMINE/WRIKU'S team has developed centrifugal ore dressing equipment with independent intellectual property rights, which can provide enterprises and users with efficient environmental protection, intelligent, low water consumption, continuous operation, convenient maintenance and excellent after-sales service!
2017-03-28
TPC800 Full Batch Centrifuge Concentrator
TPC Series concentrator is continiuous type which can work 24 hours without stopping for discharging, taling and concentrates are in seperatly discharged automatical with PLC system,can be widely used to recover gold, silver, platinum group elements, tungsten, copper, tin, titanium, lead and zinc, rare earth, ferro-manganese, ferro-chrome, ferro-iron, ferro-silicon and other minerals. It can also recycle the tailing from flotation and gravity concentration plant . After directly accessing the concentrator to the existing plant, the qualitative and quantitative analysis on the evaluation system is the main indicator for evaluating the efficiency of the swirling centrifuge concentrator. Specific quantifiable or qualitative points are as follow
in recent years, many new high-efficiency centrifugal beneficiation equipments have been introduced one after another, and certain industrial applications have been achieved. The swirling centrifugal beneficiation technology has made a major breakthrough. Especially with the increasingly prominent environmental pollution problems, centrifugal separation technology has attracted the attention of government and business users:
The discontinuous centrifugal concentrator was developed by YUNTIN GROUP Co., Ltd. in 1964, so it is also called Yunxi centrifugal concentrator. It began to be applied in industry in 1966 and became the symbol of China's centrifugal beneficiation technology. In terms of the single-machine processing capability of the equipment, it has achieved certain effects, but it still does not solve the problems of large water consumption, low enrichment ratio and continuous operation.;
In the 1980s,the i Company developed a countercurrent continuous centrifugal concentrator, which solved the problem that the control mechanism of the traditional intermittent centrifuge was ineffective and the movement was not coordinated. The disadvantage of the countercurrent continuous centrifugal concentrator is that the sorting time of the material in the drum is too short, the sorting effect is poor, and the water and electricity unit consumption is significantly larger than that of the intermittent centrifuge, which limits its popularization and application.
At present, there are such centrifugal concentrators on the market as STL water jacket centrifugal concentrator, centrifugal disc concentrator and centrifugal gold conic concentrator, but it is mostly used for the selection of gold mines, and all belong to intermittent centrifuges, of very Low and limited scope on application
Vertical centrifugal concentrators that have been developed outside of China, including Knelson centrifugal concentrators and Falcon centrifugal concentrators, can achieve low water consumption and high enrichment ratio while continuous operation, and have been widely used in the ore dressing industry at home and abroad. However, due to the long service cycle and high cost of after-sales service and parts replacement, the equipment cost and maintenance cost of enterprise users haven been greatly increased.
In summary, the development and application of swirling centrifuges for continuous and multi-combination force fields is the mainstream of the development of swirling Type centrifugal technology in the future. The application of fluidized backflushing technology has become an important development of vertical centrifuges. trend. Now, TOMINE/WRIKU'S team has developed centrifugal ore dressing equipment with independent intellectual property rights, which can provide enterprises and users with efficient environmental protection, intelligent, low water consumption, continuous operation, convenient maintenance and excellent after-sales service!
2017-03-28
First, the grade of the target mineral or tailings is very low, such process as gravity - flotation or gravity - CIL/CIP recycling, the gravity process contains Mercury amalgamation, chute, jigging and so on. Mercury has a great threat to the environment and the health of workers; the recovery rate of chutes and jigging is very low
these all bring a lot of inconvenience to business users. In addition, as the coarse and medium minerals are not well recovered in gravity section, the effect of latter flotation process on their recovery is also poor. Some of them are lost in the tailings, reducing the recovery rate. Therefore, the use of a swirling centrifuge concentrator instead of mercury, chute, jigging, shaking table and other equipment is an option to improve the process and improve efficiency.
The core technical advantages of the equipment are:
1)Swirling centrifugal equipment can greatly improve the enrichment ratio of beneficiation
2) Production, slurry passing volume can meet to 100 cubic meter per hour
3) It can feed particle with size 2mm below
4) Can realize continuous operation for 24 hours; it is easy to operate, consumes less power, has high automation and is easy to maintain;;
5) No environment pollution, can easy get plant construction license
6) Short production process, short returining on investment cost, significant improvement on economic benefits .
7) Equivalent quality with famous with half or even lower price;
8) Word-leading Technology , with sustainable innovation and continuously optimized intelligence, seamlessly interface with process, and realize industrial application of technology
First, the grade of the target mineral or tailings is very low, such process as gravity - flotation or gravity - CIL/CIP recycling, the gravity process contains Mercury amalgamation, chute, jigging and so on. Mercury has a great threat to the environment and the health of workers; the recovery rate of chutes and jigging is very low
these all bring a lot of inconvenience to business users. In addition, as the coarse and medium minerals are not well recovered in gravity section, the effect of latter flotation process on their recovery is also poor. Some of them are lost in the tailings, reducing the recovery rate. Therefore, the use of a swirling centrifuge concentrator instead of mercury, chute, jigging, shaking table and other equipment is an option to improve the process and improve efficiency.
The core technical advantages of the equipment are:
1)Swirling centrifugal equipment can greatly improve the enrichment ratio of beneficiation
2) Production, slurry passing volume can meet to 100 cubic meter per hour
3) It can feed particle with size 2mm below
4) Can realize continuous operation for 24 hours; it is easy to operate, consumes less power, has high automation and is easy to maintain;;
5) No environment pollution, can easy get plant construction license
6) Short production process, short returining on investment cost, significant improvement on economic benefits .
7) Equivalent quality with famous with half or even lower price;
8) Word-leading Technology , with sustainable innovation and continuously optimized intelligence, seamlessly interface with process, and realize industrial application of technology
TECHNICAL SPECIFIXCATION | |||
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 |
TECHNICAL SPECIFIXCATION | |||
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 |
Three Outstanding Characteristics
※Low energy consumption
※Continuous discharging
※High Human-Machine friendly intelligent
How is its low energy consumption guaranteed?
We need to ensure that the 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--
Three Outstanding Characteristics
※Low energy consumption
※Continuous discharging
※High Human-Machine friendly intelligent
How is its low energy consumption guaranteed?
We need to ensure that the 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--
ApplicationThrough 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.
A wide range of applications:
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.
CHARACTERISTIC
1) Precise Calculation on Slurry feeding-
2) Reduction on water consumption
3) Reduction on Power Consumption
4) Calculation on Mineral Discarding
5) Recycling on Target Mineral
6) Human-Machine Friendly Operation
According to the above six points, the advanced nature of our equipment has clear, determinable and quantitative technical indicators evaluation results in different application objects--
2017-03-28
ApplicationThrough 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.
A wide range of applications:
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.
CHARACTERISTIC
1) Precise Calculation on Slurry feeding-
2) Reduction on water consumption
3) Reduction on Power Consumption
4) Calculation on Mineral Discarding
5) Recycling on Target Mineral
6) Human-Machine Friendly Operation
According to the above six points, the advanced nature of our equipment has clear, determinable and quantitative technical indicators evaluation results in different application objects--
2017-03-28