End-of-Life Ternary Lithium Battery
Product Overview
End-of-Life ternary lithium batteries are end‑of‑life power battery packs and modules sourced from electric vehicles (passenger cars, commercial vehicles) and high‑performance energy storage systems. These batteries are based on nickel‑cobalt‑manganese (NCM) or nickel‑cobalt‑aluminum (NCA) cathode chemistries, containing high levels of nickel, cobalt, manganese, and lithium – the most valuable combination of metals among all spent lithium‑ion batteries. At retirement, they retain significant residual value, making them the premier feedstock for high‑grade black mass production. We procure retired ternary batteries globally – including complete packs, modules, and dismantled cells – and provide a full‑service solution covering cross‑border logistics, customs clearance, and downstream processing at our fully‑certified dismantling facility in Japan.
Key Product Characteristics
| Attribute | Description |
|---|---|
| Chemistry | NCM (Nickel‑Cobalt‑Manganese) or NCA (Nickel‑Cobalt‑Aluminum) |
| Typical Sources | Passenger EVs, commercial vehicles, high‑performance energy storage systems |
| Key Metals | Nickel (Ni), Cobalt (Co), Manganese (Mn), Lithium (Li) |
| Energy Density | High energy density, typically 200‑300 Wh/kg at cell level |
| Recovery Value | Highest among all battery types due to high Ni+Co content; Ni+Co recovery rates exceed 99% |
Application Value
End-of-Life ternary lithium batteries are predominantly directed to material recovery due to their high intrinsic metal value. The primary pathway is:
Material Recovery (Recycling)
Ternary batteries contain nickel, cobalt, and manganese at concentrations far higher than natural ores. Through advanced hydrometallurgical and pyrometallurgical processes, recovery rates of nickel and cobalt can exceed 99.6%, and lithium recovery rates reach over 96.5%. The resulting black mass is rich in Ni, Co, Mn, and Li, making it an ideal feedstock for re‑manufacturing cathode materials or producing battery‑grade chemicals. The high value of these recovered metals ensures that ternary batteries command the highest purchase prices in the recycling market.
While second‑life applications are possible, the superior economic returns from material recovery typically make it the preferred option. However, for modules in good condition with high remaining capacity, we also evaluate potential for tiered utilization in less demanding applications.
Processing Workflow
Our integrated "Global Procurement → Compliant Dismantling → Automated Crushing & Sorting → Black Mass Output" model ensures maximum recovery and full traceability:
Worldwide Sourcing – Local teams in key supply regions offer flexible pick‑up, competitive pricing, and long‑term off‑take agreements.
Regulatory Compliance – Strict adherence to international hazardous waste transport regulations and Chinese import environmental standards; complete documentation for smooth customs clearance.
Japan‑Based Dismantling – Fully automated discharging, dismantling, crushing, and sorting lines, operating under Japanese and international environmental and safety codes, with zero‑pollution discharge.
Black Mass Output – Multi‑stage separation delivers high‑grade ternary black mass with controlled impurity levels (Ni+Co content ≥25%, water‑soluble fluoride ≤0.4%), ready for hydrometallurgical refining or cathode remanufacturing.
Why Partner with Us?
Stable & Scalable Capacity – Annual throughput sufficient for continuous, bulk supplies – no waiting queues.
Premium Pricing – We offer the highest competitive prices based on real‑time LME and domestic metal spot prices, ensuring you maximise returns from your ternary battery scrap.
Quality & Compliance Assurance – Every batch is verified by in‑house and third‑party testing; output black mass meets mainstream international purchasing standards.
Full Traceability – Complete records from feedstock receipt to black mass delivery, supporting downstream ESG and carbon footprint reporting.
Expert Handling – Our specialised processes are tailored for the unique safety and environmental requirements of high‑energy‑density ternary batteries.
Cooperation Models
We invite global suppliers, recyclers, and traders of retired ternary lithium batteries to establish long‑term partnerships. Whether you offer complete battery packs, module assemblies, or dismantled cells, we can tailor a procurement plan to your needs.
Contact us today for the latest purchase prices and partnership terms.