Leading Lithium-Ion Battery Recycling Plant in India
We recycle end-of-life lithium-ion batteries to produce high-quality,
battery-grade materials—supporting a sustainable and eco-friendly energy future.
About us
How does Jalon Metal bring change?
Jalon Metal Industries Pvt. Ltd. is a lithium-ion battery recycling company focused on converting used batteries into reusable materials. We also recycle lead-acid batteries and electronic waste using safe and eco-friendly processes, supporting sustainable and responsible waste management.
About us
How does Jalon Metal bring change?
Jalon Metal Industries Pvt. Ltd. is a lithium-ion battery recycling company focused on converting used batteries into reusable materials. We also recycle lead-acid batteries and electronic waste using safe and eco-friendly processes, supporting sustainable and responsible waste management.
12,000 TPA Battery Recycling Capacity
Processing up to 12,000 tonnes of lithium-ion batteries every year through safe, certified, and traceable recycling operations.
24,000 TPA by 2027
We are expanding to a 24,000-tonne annual capacity by 2027 to serve India’s growing clean-energy and EPR ecosystem.
12,000 TPA Battery Recycling Capacity
We have a skilled team of engineers, operators, and innovators driving India’s lithium-ion circularity mission every day.
Our Services
Our Solution
Lithium Battery Recycling
Lithium Battery Recycling
Jalon Metal Industries Pvt. Ltd. is a dedicated lithium-ion battery recycler, handling LFP, NMC, LCO, LTO, LMO, and NCA batteries nationwide to recover valuable materials through safe and sustainable recycling processes.
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Lead-Acid Battery Recycling
Lead-Acid Battery Recycling
At Jalon Metal Industries Pvt. Ltd., lead-acid battery recycling is carried out through a controlled and efficient closed-loop process. We recover valuable materials such as lead, plastic, and sulfuric acid from spent batteries, preventing hazardous waste from ....
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E Waste Recycling
E Waste Recycling
At Jalon Metal, we are the pioneers in responsible e-waste management and EPR compliance in India. Our commitment to sustainability and advanced technology has enabled us to assist the consumer durables industry in achieving over two-thirds of its Extended Producer Responsibility (EPR) targets.
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Why Us
We Recycle Used Lithium-ion Batteries from across the world
Extraction
Our patented technologies enable the extraction of 22 green metals with 99.9% purity. We achieve greater than 98% efficiency in extracting e-waste and Lithium-ion batteries.
Research and Development
Our R&D team is dedicated to the continuous improvement and development of various technologies, supported by our in-house output testing capabilities.
Patents
We hold over 45 globally recognized patents in Lithium-ion battery recycling, e-waste segregation processes, and safe component removal.
Our Core Values
Climate change is a serious global issue. At Jalon Metal Industries Pvt. Ltd., we focus on reducing waste and recovering valuable resources, especially from lithium-ion batteries, to support a cleaner and greener environment.
Sustainability
We are a team leading the shift towards sustainable materials through responsible practices. It’s what drives our endeavors, powering our purpose of creating solutions for a cleaner world.
Evolution
Growth is the only constant. Committed to progressive solutions, we integrate the latest methods and technology into our daily practices, continuously improving the way we work.
Integrity
True change stems from honest and transparent actions. Committed to the highest ethical standards, we weave integrity into our daily operations and align our practices with responsibility.
The Process of Recycling Lithium-ion Batteries
At Jalon Metal, we follow a CPCB-approved Li battery recycling process:
We collect used lithium-ion batteries PAN India.
Our packaging is approved by UN and we comply with DG-certified logistics to safely move the scrap to our lithium battery recycling plant.
Once the batteries arrive at our battery recycling plant, we safely discharge and dismantle them. Our facility has controlled zones that are specially designed for different chemistries, including NMC, LFP, and LCO. Our trained team separates modules, cells, and components based on form factor and composition. This step minimises hazards, prevents short-circuiting, and prepares each battery for accurate downstream processing and material recovery.
We then transfer them into the shredding system. In this process, we handle mixed feedstocks in a closed environment equipped with gas management and filtration systems. The shredded output is collected safely for separation and assay to minimize metal loss.
Our automated separation systems isolate plastics, metals, and battery grade residue precisely. Each recovered fraction is analysed through rapid assay testing, including ICP-OES methods, to verify composition and yield. Results are reconciled digitally, providing transparent, assay-backed documentation that ensures fair settlements and complete accountability for every processed batch.
Viable cells are tested, graded, and reassembled into certified Energy Storage System (ESS) packs under strict safety protocols. Each pack is verified for State of Health (SoH), equipped with BMS, and UN 38.3 certified to ensure safety.
Depending on composition and condition, recovered active material concentrates are processed through hydrometallurgical refining to extract critical metals such as lithium, nickel, cobalt, and manganese. And the battery-grade sulphates and carbonates (Li₂CO₃ 99.5%) re-enters the clean-energy supply chain.
