Empowering a Sustainable Tomorrow

To unlock the value of critical minerals through responsible sourcing, aggregation and recycling, helping India build a secure and sustainable rare earth ecosystem.

At Cloud 9 International Trading, our mission is to build one of India’s most reliable and extensive sourcing and feedstock supply networks for NdFeB magnet feedstock, rare earth-bearing materials, critical minerals, and lithium-ion battery feedstock. We are committed to strengthening the foundation of India’s resource recovery ecosystem by ensuring that valuable materials generated across industries are efficiently identified, recovered, aggregated, and redirected into the recycling value chain.

As India accelerates its transition toward electric mobility, renewable energy, advanced manufacturing, energy storage, and high-technology industries, the demand for rare earth elements and critical mineral resources continues to grow. Our mission is to support this transformation by developing a structured, transparent, and scalable feedstock supply chain capable of connecting material sources across the country with recycling and recovery operations.

Through our PAN-India sourcing network, we actively work to recover NdFeB magnet-bearing materials from industrial equipment, end-of-life products, manufacturing scrap, electronic waste streams, automation systems, EV components, industrial motors, HDDs, MRI systems, and other rare earth-containing applications. By ensuring these materials remain within the resource recovery ecosystem, we aim to maximize the recovery of valuable rare earth elements and reduce the loss of strategic resources.

At the same time, we are committed to expanding the collection and aggregation of lithium-ion battery feedstock from electric vehicles, energy storage systems, telecom infrastructure, consumer electronics, industrial battery systems, production scrap, and end-of-life battery streams. Our goal is to help create a dependable supply of battery feedstock that supports the growth of India’s battery recycling and material recovery sector.

Our mission extends beyond sourcing materials. We strive to create strong partnerships with aggregators, recyclers, dismantlers, industrial suppliers, asset recovery companies, battery collectors, manufacturers, and resource recovery organizations across India. By bringing together stakeholders from every stage of the value chain, we aim to build a more efficient ecosystem for critical mineral recovery and reuse.

We believe that a strong feedstock supply chain is one of the key foundations for India’s future leadership in electric vehicles, renewable energy systems, energy storage technologies, advanced magnets, and next-generation manufacturing. Through continuous network expansion, responsible sourcing practices, material traceability, and long-term industry collaboration, we seek to contribute to the availability of the resources required to power these industries.

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Our mission is to transform material waste into strategic resources, strengthen India’s domestic supply chains, support the growth of rare earth and battery recycling, and help create a more sustainable and resource-efficient future for the nation.

Building India’s Largest Feedstock Network.
Powering the Future of EVs, Magnets & Battery Materials.
Driving Sustainable Resource Recovery for a Stronger India.

With growing demand from:

  • EV Manufacturing
  • Renewable Energy
  • Electronics Manufacturing

The need for domestic recycling and recovery has become a strategic priority. Government initiatives are actively promoting domestic magnet production, critical mineral recovery and recycling ecosystems.

Benefits of NdFeb Permanent Magnets Recycling

Ethical Recovery

Executing zero-landfill operations and adhering to the highest environmental compliance standards globally.

Resource Security

Providing a reliable, secondary supply chain of critical minerals for manufacturers and OEMs.

Innovation

Continuously investing in advanced sorting and extraction methods to maximize material purity and yield.