Hydrometallurgy Resins

Ion exchange resins are used in hydrometallurgy industry for the extraction, separation, and purification of precious metals, rare metals, rare earth metals, uranium, and other metals. They can enrich and adsorb metal ions from dilute solutions through ion exchange reactions, making them particularly suitable for extracting and separating metals from low-grade mineral leachates or slurries.

Haipu’s products cover the entire hydrometallurgical process, including leaching, purification, and electrolysis. They can be used in the front-end leaching liquor purification and metal extraction, the mid-stage purification process to handle polluting factors, and the tail-end environmental protection treatment, acid separation, and solvent recovery. Specific applications of Haipu adsorption resins include the adsorption and recovery of metals such as copper, tungsten, gallium, gold, silver, molybdenum, and vanadium, as well as the adsorption and removal of impurity ions such as manganese, calcium, magnesium, and fluoride, achieving the concentration and enrichment of low-concentration metals or ions for subsequent recovery or processing.
Haipu can develop customized resin products for hydrometallurgy customers. Using adsorption materials as the core, we further design and integrate advanced supporting systems such as simulated moving beds and continuous ion exchange systems to provide a comprehensive and efficient solution.

Types of Hydrometallurgy Resins

HP1042——Tungsten Extraction Resin

HP1042 is a high-performance anion exchange resin engineered with specialized functional groups for selective tungstate (WO₄²⁻) adsorption. It features exceptional selectivity and capacity for tung...
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HP409——Germanium Extraction Adsorbent

HP409 is a special chelating resin prepared by a special process, with styrene-divinylbenzene as the skeleton.HP409 is modified with functional groups with specific selective adsorption capacity for g...
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HP4040——Calcium/Magnesium Removal Resin

HP4040 High-Efficiency Heavy Metal Removal Resin is a polymeric adsorption material with specialized chelating functional groups on its surface.Ion Exchange Selectivity Sequence:Fe³⁺ > Cu²⁺ >...
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HP686——Copper removal resin

HP686 is a weakly basic chelating resin designed for highly selective adsorption of metals such as copper (Cu) and nickel (Ni), which features a uniformly cross-linked polymer matrix (both internally ...
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HP605——Iron Removal Resin

HP605 high-efficiency iron removal resin is a kind of nanoimprinted adsorbent material with abundant nano-pore channels, uniform pore channels and excellent hydrodynamic diffusion performance, which e...
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HP707——Lead/Zinc Removal Resin

Lead and zinc removal resin HP707 is a macroporous weak acid chelating resin.Lead and zinc removal resin HP707 is a kind of macroporous weak acid chelating resin, its skeleton is made of styrene and d...
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HP72——Oil/TOC Removal Resins

HP72 optimizes the pore structure (specific surface area >1000 m²/g, mesoporous ratio >60%) by introducing the super cross-linking technology to strengthen the adsorption efficiency of hydropho...
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KF380——Heavy Metal Adsorbent

KF380 Heavy Metal Removal Resin is a kind of polymer adsorbent material with high selective adsorption performance for metal ions. unlike conventional carboxylic acid resin or aminophosphoric acid res...
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HP892——Gallium Extraction Resin (Bayer Liquor, Alkali Method)

HP892 resin is a kind of special polymer material containing gallium adsorption function groups, it has good chemical stability and selective adsorption characteristics. This kind of resin is mainly u...
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HPG3——Gallium Extraction Resin (Bayer mother liquor (alumina production) Acid method)

HPG3 resin is a kind of special polymer material containing gallium adsorption function groups, it has good chemical stability and selective adsorption characteristics. This kind of resin is mainly us...
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HP5118——Gallium Extraction Resin (Acidic Solution)

HP5118 is a special resin for gallium extraction, which contains chelating groups with high selectivity to gallium on polystyrene skeleton, and is suitable for the adsorption and recovery of gallium i...
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HP709——Cobalt/Nickel Removal Resin

HP709 is a high-performance polymeric adsorption material specifically designed for removing high-valence and heavy metal ions (e.g., Co²⁺/Ni²⁺) from aqueous solutions.Key Features:Specialty chela...
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Product Advantages

With high specific surface area, small particle size, and nano-porous uniform adsorbents, the ultra-strong adsorption and exchange rate can achieve deep removal of pollutants in production liquor and wastewater, reaching a processing accuracy of ppt level and above.

High adsorption capacity. The exchange capacity of special chelating materials is ~10% higher than similar materials on the market, resulting in low system operating costs.

High concentration ratio. Ion exchange and adsorption resins can separate and enrich metal ions from dilute solutions. Their high exchange capacity and multi-stage desorption cycle application can achieve the purpose of enriching and concentrating specific elements. The concentration of precious metal eluate is high, facilitating subsequent recovery and utilization.

Selective adsorption of mixed metal ions in solution can be achieved through material design, especially suitable for extracting target elements from low-grade mineral leachates. Compared with traditional solvent extraction and chemical separation, it has the advantages of low cost and high yield.

Product Collection

Classification	Applications	Recommended Product Model	Typical Application Scenarios
Extraction of high-value metal elements	Zinc extraction, copper extraction	HP4070 HP686 HP705	Electrolyte copper recovery, copper-containing acidic wastewater from mines involving resin adsorption of copper/resin adsorption of zinc
	Lithium extraction	HPL170 HPL170 series	Lithium extraction from salt lake brine, lithium extraction from spent lithium-bearing mother liquor
	Rhenium extraction	HP115	Recovery of rhenium from copper smelting waste acid using ion exchange resin
	Extraction of vanadium, molybdenum, tungsten, antimony, and bismuth	HP1053 HP129	Filtered water from the treatment of mineral smelting wastewater
	Gallium extraction	HP5118 HP890 HP51118 HP890	Gallium extraction from alunite-containing and gallium-rich tailings obtained by flotation of copper and sulfur concentrates. (including Bayer liquor, alumina liquor, and gallium extraction from bauxite)
	Germanium extraction	HP409	Germanium element adsorption from coal ash leachate, enrichment and adsorption of germanium from by-product germanium-containing leachate in hydrometallurgy of ores, etc.
	Nickel extraction	HP4030 HP686 HP709	Nickel extraction from lateritic nickel ore, deep nickel removal from wastewater, nickel-cobalt separation, nickel extraction from acid leachate.
	Cobalt extraction	HPC001	Cobalt extraction from laterite nickel ore, high nickel and low cobalt; waste lithium-ion battery recycling industry.
	Precious metal extraction	HP4080	Cyanide leaching extraction of gold, silver, platinum, rhodium and other precious metals
Purification and impurity removal	Fluorine and phosphorus removal	HP2000 HP3500 HP5600 HP2000 HP3500 HP5600	Fluorine removal from ammonium phosphate solution, the material needs to be activated with aluminum (attention should be paid to aluminum introduction and residue), and the phosphorus loss rate is low, Ammonia stripping can be achieved, and lithium sulfate solution can be purified.
	Lead and zinc removal	KF380 HP707 KF380 HP707	Nickel solution, manganese sulfate solution, copper solution for lead and zinc removal, chloride system for lead and zinc removal, sulfate system for lead and zinc removal.
	Silicon removal	HP4800 HP4900	Nickel sulfate silicon removal in high-ice nickel production line
	Calcium and magnesium removal	HP706 HP4010	Lithium sulfate solution purification, lithium carbonate solution purification, lithium salt purification
	Oil removal	HP1010 HP268 HP72 HP1010 HP268 HP72	Oil removal from copper sulfate and nickel sulfate extraction residue
	Arsenic removal	HP560 HP6600	In hydrometallurgical processes, it also involves removing harmful substances from the solution, arsenic removal from metal salt solutions, and deep arsenic removal from mine pit wastewater
Heavy metal removal	Iron removal	KF380 HP605 HP705 HP4050 KF380 HP605 HP705 HP4050	Recovery of ferric iron from copper extraction residue in hydrometallurgy involves selective separation using iron-adsorbing resin/acid-adsorbing resin. Iron removal from acidic solutions, strongly acidic, chloride ion system iron removal
	Copper recovery	HP4050 HP705 HP4050 HP705	Copper recovery from electrolyte
	Aluminum removal	KF380 HP606 KF380 HP606	Aluminum removal from alkaline solution, aluminum removal from acidic solution, aluminum removal from wastewater, solution purification and aluminum removal
	Cadmium removal	HP705 HP708	Cadmium removal from cobalt sulfate, cadmium removal from cobalt chloride solution
	Nickel and cobalt removal	HP705 HP4030	Removal of nickel and cobalt using sulfuric acid and hydrochloric acid solutions
	Antimony and bismuth removal	HP709 HP705	Antimony and bismuth removal from copper electrolyte

Unlock Profitable Opportunities with Hydrometallurgy Resins

Types of Hydrometallurgy Resins

Product Advantages

Product Collection