Integrating high-performance lithium-ion battery manufacturing with sustainable burlap bag logistics for a greener energy future.
We specialize in the high-precision manufacturing of lithium-ion cells combined with an innovative approach to shipping. By utilizing the burlap bag for specific component transport, we reduce carbon footprints without compromising stability.
Advanced cell chemistry and electrode coating processes ensure maximum energy density and thermal stability.
Replacing plastic liners with heavy-duty natural fibers for intermediate battery part storage.
A closed-loop system where packaging materials are reused or composted post-delivery.
Rigorous quality control prevents leakage and ensures thermal safety during transit.
Using natural jute fibers for bulk packaging reduces plastic waste by 40%.
Modular battery design allows for seamless integration into diverse industrial systems.
| Product Model | Capacity | Cycle Life | Bag Material | Weight Limit | Certs |
|---|---|---|---|---|---|
| Li-Ion Cell A1 | 3.7V 5000mAh | 2000 Cycles | Natural Jute | 50kg | UL/CE |
| Li-Ion Cell B2 | 3.7V 8000mAh | 1500 Cycles | Reinforced Burlap | 100kg | UL/CE |
| High-Density C3 | 3.8V 12000mAh | 3000 Cycles | Organic Burlap | 50kg | UN38.3 |
| Industrial D4 | 4.2V 20000mAh | 1000 Cycles | Coated Jute | 200kg | ISO9001 |
| EV-Grade E5 | 3.7V 50Ah | 4000 Cycles | Heavy Burlap | 500kg | IATF16949 |
| Compact F6 | 3.7V 2000mAh | 500 Cycles | Fine Weave | 20kg | CE |
| Solar G7 | 3.7V 100Ah | 6000 Cycles | Bio-Burlap | 1000kg | UN38.3 |
| Pro-Max H8 | 3.7V 15000mAh | 2500 Cycles | Hybrid Jute | 150kg | UL/CE |
Deployed 50,000 high-capacity cells using sustainable burlap bag transit, reducing plastic waste by 30%.
Custom battery packs delivered in reinforced natural fiber bags to ensure thermal insulation and low carbon footprint.
implemented a circular packaging system using burlap bag for battery module returns.
Supplied 10k industrial battery units with moisture-resistant natural fiber outer wraps for harsh environments.
Managed logistics for mega-cell storage using biodegradable burlap bag for non-critical component batches.
Integrated small-form factor cells with customized organic fiber packaging for medical-grade logistics.
Providing high-density cells for solar and wind farms, packaged in eco-friendly jute wraps.
Supply of long-life lithium-ion modules with shock-absorbing natural fiber buffers.
Consumer-grade battery packs utilizing burlap bag for rustic and eco-conscious branding.
Heavy-duty Li-ion banks delivered in industrial-grade burlap for superior bulk handling.
Lightweight, high-energy density cells packaged in ultra-fine fiber mesh for precision transport.
Battery replacements for farm drones, utilizing the burlap bag for seamless on-site recycling.
Using 99.99% pure cobalt and nickel to ensure maximum energy efficiency and stability.
Adherence to UN38.3, ISO14001, and regional battery safety regulations.
The burlap bag provides breathable, high-strength packaging for non-active battery parts, drastically reducing plastic waste in the supply chain.
Depending on the model, our cells range from 500 to 6,000 cycles while maintaining over 80% capacity.
Yes, all our products are UN38.3 certified and follow strict IATA regulations for air and sea transport.
We provide a full range of customized voltages and capacities to fit your specific industrial requirements.
Absolutely. Our burlap bag solutions are designed for multi-trip industrial use before composting.
We typically deliver battery and packaging samples within 7 business days globally.
Combine cutting-edge lithium-ion technology with sustainable burlap packaging to lead the green energy transition.