LFP / NMC / LCO chemistries
Matched to how your product is used and to your cost target.
Overview
What this route covers
Prismatic / cylindrical / pouch
All three form factors, built to your installation dimensions and interface requirements.
Certification per order and market
Tell us the target market and model; we confirm the applicable items and provide the matching documents.
Chemistries
Chemistries and typical applications
Each chemistry suits different situations. The basis for choosing is your operating conditions and cost target — not you comparing spec sheets.
| Chemistry | Typical applications | Notes |
|---|---|---|
| LFP (lithium iron phosphate) | Energy storage, backup power, mobility | Strong cycle performance and thermal stability; suited to frequent charge and discharge |
| NMC (nickel manganese cobalt) | Power tools, mobility, portable equipment | Higher energy density; suited to weight- and volume-sensitive products |
| LCO (lithium cobalt oxide) | Consumer electronics, handheld terminals | High volumetric energy density; suited to slim products with tight space |
The above describes the general matching logic only. The final selection is made by us — your requirements come first, and we work to reduce your cost as far as safety allows.
Selection
Tell us your requirements — receive a selection proposal
We recommend a suitable battery model based on the characteristics of your product and how it will be used. Just tell us the application, runtime or standby requirement, operating temperature range, installation space limits, charge/discharge frequency and target cost — while meeting your performance needs we pick the most cost-effective option from lithium-ion, sodium-ion or solid-state batteries, so the pack fits your product and helps you control cost.
The above describes the general matching logic only. The final selection is made by us — your requirements come first, and we work to reduce your cost as far as safety allows.
Shipping is flexible: nominate your own forwarder, or ask us to arrange the forwarder for export — the two can be combined freely to fit your process.
Samples and test data are available on request; the cost is confirmed according to the specific model and quantity.
FAQ
Questions about lithium-ion battery packs
Which chemistries do you offer for lithium-ion packs?
Three: LFP, NMC and LCO. Which one is used is decided by us, based on the characteristics of your product and how it will be used.
Which form factors can the packs take?
Three: prismatic, cylindrical and pouch. All are built to your installation dimensions and interface requirements.
How is certification handled for lithium-ion packs?
The company holds product certifications including CE, IEC 62133, UL 2054, RoHS and REACH, and has export transport compliance documents such as the UN38.3 test report, air and sea transport identification reports and MSDS. Just tell us your target market and the model — existing certificates and reports are provided directly.
How do I choose between LFP and NMC?
It depends on your operating conditions and cost target. Where the pack will be cycled frequently and thermal stability matters, we usually start from LFP; where weight and volume are critical, we start from NMC. The final choice is ours to make, driven entirely by your requirement.
Other routes
The other two technology routes
Sodium-ion battery packs
With batch delivery experience and live orders — complementary to lithium-ion in stationary storage and similar applications.
In volume production, delivered
View the solutionSolid-state battery packs
With live orders, designed to your requirements. Solid-state battery packs belong to the broader lithium battery family.
In volume production
View the solutionLithium-ion battery packs solutions, tailored to your scenario in one pass
Share the application, runtime or standby requirement, operating temperature, installation space, charge and discharge pattern and cost target, and we come back with battery selection, BMS matching and mechanical and thermal design — one document that sets out feasibility and cost.