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Mining involves extracting valuable minerals or geological materials from the earth, encompassing exploration, extraction, processing, and material transportation. Metal smelting, an integral part of mining, is the process of extracting metals like iron, copper, and aluminum from ores.
The typical steps in metal smelting include:
Mining: Obtaining ores containing desired metals from the earth.
Crushing and Grinding: Breaking down ores into smaller particles for better surface area.
Concentration: Separating valuable minerals from waste material (gangue).
Smelting: Heating concentrated ore in a furnace at high temperatures to extract the metal by removing impurities.
Refining: Further purification processes to achieve desired metal purity.
Mining and smelting have considerable environmental impacts due to extraction processes, waste generation, pollutant release, and landscape alterations. Efforts are underway to minimize these impacts through technology and compliance with environmental regulations.
The typical steps in metal smelting include:
Mining: Obtaining ores containing desired metals from the earth.
Crushing and Grinding: Breaking down ores into smaller particles for better surface area.
Concentration: Separating valuable minerals from waste material (gangue).
Smelting: Heating concentrated ore in a furnace at high temperatures to extract the metal by removing impurities.
Refining: Further purification processes to achieve desired metal purity.
Mining and smelting have considerable environmental impacts due to extraction processes, waste generation, pollutant release, and landscape alterations. Efforts are underway to minimize these impacts through technology and compliance with environmental regulations.
electrodeposited titanium electrode for cobalt
Product Overview: Precious metal-coated titanium anode is composed of mixed metal oxides (Ir, Ru, Ta, etc. oxides).
Product features: It can be used stably in chlorination and sulfuric acid systems, has a long service life, and can significantly reduce cell voltage during the electrowinning reaction.
Product advantages: After the surface active layer fails, it can be recoated, and the titanium matrix can be reused.
Application conditions: F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application fields: Nickel chloride electrolysis, nickel sulfate electrolysis, cobalt chloride electrolysis, cobalt sulfate electrolysis, copper recovery from etching solution.
View MoreProduct features: It can be used stably in chlorination and sulfuric acid systems, has a long service life, and can significantly reduce cell voltage during the electrowinning reaction.
Product advantages: After the surface active layer fails, it can be recoated, and the titanium matrix can be reused.
Application conditions: F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application fields: Nickel chloride electrolysis, nickel sulfate electrolysis, cobalt chloride electrolysis, cobalt sulfate electrolysis, copper recovery from etching solution.
electrodeposited titanium electrode for zinc
Product Overview: It has good electrical conductivity, combined with the high strength and corrosion resistance of industrial pure titanium, to prepare a new titanium-based lead dioxide anode.
The titanium-based lead dioxide anode developed by Taijin Company can replace pure lead anode, lead-tin, or lead-antimony alloy anode, and precious metal anode in the field of hydrometallurgy.
Product features: corrosion resistance, minimal lead dissolution, good electrical conductivity, and the ability to pass large currents.
Product advantages: Compared with traditional lead anodes, it can increase by 2%, reduce lead dissolution rate by 99%, extend service life, and reduce costs.
Application conditions: PH＜4, sulfuric acid＜500g/L, temperature＜80℃, F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application areas: electrolytic nickel, electrolytic zinc, electrolytic copper.
View MoreThe titanium-based lead dioxide anode developed by Taijin Company can replace pure lead anode, lead-tin, or lead-antimony alloy anode, and precious metal anode in the field of hydrometallurgy.
Product features: corrosion resistance, minimal lead dissolution, good electrical conductivity, and the ability to pass large currents.
Product advantages: Compared with traditional lead anodes, it can increase by 2%, reduce lead dissolution rate by 99%, extend service life, and reduce costs.
Application conditions: PH＜4, sulfuric acid＜500g/L, temperature＜80℃, F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application areas: electrolytic nickel, electrolytic zinc, electrolytic copper.
electrodeposited titanium electrode for copper
Product name: electrodeposited titanium electrode for copper
Product Overview: It has good electrical conductivity, combined with the high strength and corrosion resistance of industrial pure titanium, to prepare a new titanium-based lead dioxide anode.
The titanium-based lead dioxide anode developed by Taijin Company can replace pure lead anode, lead-tin, or lead-antimony alloy anode, and precious metal anode in the field of hydrometallurgy.
Product features: When electrolyzed in the electrolyte, it has strong oxidation ability, corrosion resistance, a small amount of lead dissolution, good conductivity, and the ability to pass large currents.
Product advantages: Compared with traditional lead anodes, the current efficiency can be increased by 2%, the lead dissolution rate is reduced by 99%, the service life is extended by 1 year, and the comprehensive use cost is reduced by 1%.
Application conditions: PH＜4, sulfuric acid＜500g/L, temperature＜80℃, F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application areas: electrolytic nickel, electrolytic zinc, electrolytic copper.
View MoreProduct Overview: It has good electrical conductivity, combined with the high strength and corrosion resistance of industrial pure titanium, to prepare a new titanium-based lead dioxide anode.
The titanium-based lead dioxide anode developed by Taijin Company can replace pure lead anode, lead-tin, or lead-antimony alloy anode, and precious metal anode in the field of hydrometallurgy.
Product features: When electrolyzed in the electrolyte, it has strong oxidation ability, corrosion resistance, a small amount of lead dissolution, good conductivity, and the ability to pass large currents.
Product advantages: Compared with traditional lead anodes, the current efficiency can be increased by 2%, the lead dissolution rate is reduced by 99%, the service life is extended by 1 year, and the comprehensive use cost is reduced by 1%.
Application conditions: PH＜4, sulfuric acid＜500g/L, temperature＜80℃, F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application areas: electrolytic nickel, electrolytic zinc, electrolytic copper.
electrodeposited titanium electrode for nickel-cobalt
Product name: electrodeposited titanium electrode for nickel-cobalt
Product Overview: Precious metal-coated titanium anode is composed of mixed metal oxides (Ir, Ru, Ta, etc. oxides).
Product features: It can be used stably in chlorination and sulfuric acid systems, has a long service life, and can significantly reduce cell voltage during the electrowinning reaction.
Product advantages: After the surface active layer fails, it can be recoated, and the titanium matrix can be reused.
Application conditions: F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application fields: Nickel chloride electrolysis, nickel sulfate electrolysis, cobalt chloride electrolysis, cobalt sulfate electrolysis, copper recovery from etching solution.
View MoreProduct Overview: Precious metal-coated titanium anode is composed of mixed metal oxides (Ir, Ru, Ta, etc. oxides).
Product features: It can be used stably in chlorination and sulfuric acid systems, has a long service life, and can significantly reduce cell voltage during the electrowinning reaction.
Product advantages: After the surface active layer fails, it can be recoated, and the titanium matrix can be reused.
Application conditions: F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application fields: Nickel chloride electrolysis, nickel sulfate electrolysis, cobalt chloride electrolysis, cobalt sulfate electrolysis, copper recovery from etching solution.
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