Lithium Battery Recycling Resins

As lithium-ion batteries undergo nearly a thousand charge-discharge cycles, their internal active materials gradually lose activity, leading to declining battery capacity and eventual disposal. Improper disposal of these waste batteries not only causes severe environmental pollution but also squanders valuable resources. Lithium-ion batteries contain abundant metal resources, including nickel (Ni), cobalt (Co), copper (Cu), lithium (Li), aluminum (Al), manganese (Mn), etc. Notably, cobalt, nickel, manganese, and lithium content can reach up to 30%, 20%, 20%, and 35% respectively—or even higher. Recycling the economically valuable metals from waste lithium-ion batteries is of paramount importance for both environmental protection and resource recycling. Resins play a critical role in purifying lithium battery recycling solutions and recovering high-purity metals.

Haipu boasts the most comprehensive product portfolio in the industry for lithium battery recycling resins. With strong R&D capabilities and agile iteration, we rapidly customize product lines to meet client needs. Our industrial-scale production capabilities ensure stable, high-quality output. Key innovations include: First-in-industry application of fluoride/phosphorus removal and boron removal adsorbents in nickel/cobalt sulfate purification projects.

Types of Lithium Battery Recycling Resins

HP72——Oil/TOC Removal Resins

HP72 resin 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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HP560——Arsenic/Phosphorus/Antimony Removal Resin

HP560 is a porous polymer. It utilizes the Donna membrane effect to pre-enrich arsenic, phosphorus and antimony ions by the surface groups of the polymer material, and then removes arsenic, phosphorus...
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HP3500——Fluoride Removal Resin

Highly selective fluoride removal adsorbent HPF3500 is a kind of porous polymer. The fluoride ion is pre-enriched by the surface groups of the polymer material, and then fluoride is removed by the spe...
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HP268——Oil/TOC Removal Resins

HP268 is a kind of polymer porous adsorption resin with excellent pore structure, high specific surface area and pore volume, which can be specially used for removing oil from water. It has good mecha...
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HPB119——Boron removal resin

HPB119 is a polystyrene-based polymer with a macroporous structure whose backbone is modified with special groups capable of selectively coordinating boron ions. It should be noted that the coordinati...
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HP706——Advanced Calcium/Magnesium Removal Resin

HP706 resin is a kind of polymer adsorbent material with special chelating groups on the surface, which is for removing calcium, magnesium and other heavy metal impurities from energy metal feed solut...
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HP705——Deep Heavy Metal Removal Resin

HP705 is a porous chelating resin featuring nanoscale pores (2–10 nm) and surface-functionalized with aminophosphonic acid groups, thiourea groups, and other specialized ligands. Designed for deep im...
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HPC001——Cobalt Extraction Resin

HPC001 is a hybrid nano-adsorbent that uses the "confinement effect" of polymer channels to efficiently load high-efficiency cobalt nano-adsorbents, ensuring high activity and stability of t...
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HP5600——Phosphorus Removal Resin

Highly selective phosphorus removal adsorbent HP5600 is a porous polymer. It utilizes Donna membrane effect to make the surface groups of polymer material pre-enrich phosphate ions, and then remove ph...
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HP3500——Fluoride Removal Resin

Highly selective fluoride removal adsorbent HPF3500 is a kind of porous polymer. The fluoride ion is pre-enriched by the surface groups of the polymer material, and then fluoride is removed by the spe...
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Product Advantages

High Durability: Exceptional mechanical strength, low attrition rate (≤5% annual loss), stable hydrodynamic performance.
Superior Performance: High removal precision, easy regeneration, strong pollution resistance, extended service life.
Cost Efficiency: Low investment and operational costs, simple operation, fully automated control.

Purpose	Recommended Model	Typical Application Scenarios
Coarse Degreasing	HP1010	Oil removal from lithium battery recycling extraction solutions, raffinate solutions, etc.
Deep Degreasing/TOC	HP268, HP72	Removes residual P204, P507, sulfonated kerosene; TOC ≤20 mg/L, oil ≤1 mg/L.
Fluoride/Phosphorus	HP2000	Fluoride removal in lithium bicarbonate (for lithium carbonate production); requires aluminum activation.
	HP3500, HPF3600	Fluoride removal in lithium sulfate, lithium bicarbonate; fluoride ≤1 mg/L.
	HP5600	Phosphorus removal from solutions.
Calcium/Magnesium	HP4010, HP705, HP706	Deep removal of calcium/magnesium in lithium sulfate, lithium bicarbonate; residual Ca/Mg ≤0.1 mg/L.
Silicon	HP4800, HP4900	Silicon removal from purified solutions (e.g., nickel sulfate); pH 3–6.
Boron	HPB119	Boron removal from lithium hydroxide, lithium bicarbonate; residual B ≤1 mg/L, adsorption capacity >5 g/L.
Aluminum	HP606	Aluminum removal from ternary materials, lithium iron phosphate solutions, cathode materials.
Lithium Enrichment	HP606	Enrichment of lithium chloride, lithium fluoride to ≥10 g/L.
Cobalt/Nickel Recovery	HP705, HP4030	Separator cleaning water in battery recycling.
Copper/Nickel Recovery	HP686, HP4010, HP4020	Copper recovery from lithium battery recycling solutions, electrolyte purification.

Maximize Profits with High-Demand Lithium Battery Recycling Resins

Types of Lithium Battery Recycling Resins

Product Advantages