Lithium Rate Per Kg in India — September 17, 2026

Lithium Rate Per Kg — Today's Figure

The lithium rate per kg in India today comes to ₹1,726.31, based on a live per-gram benchmark of ₹1.73 on September 17, 2026. Getting from one number to the other is nothing more than multiplying by 1,000 — but the reason this page leads with the kilogram figure rather than the gram figure is that nobody buying lithium chemicals commercially works in grams. Contracts, shipments and quoted prices in the battery-materials trade run in kilograms and metric tonnes.

Here is the full conversion table at today's rate:

• 1 gram: ₹1.73
• 10 grams: ₹17.26
• 100 grams: ₹172.63
• 1 kilogram: ₹1,726.31
• 1 metric tonne: ₹1,726,308.00

One honest caveat belongs right at the top: this benchmark tracks lithium as a priced commodity, not a specific invoice. Real transactions happen in lithium carbonate and lithium hydroxide — the two chemical forms battery makers actually buy — and those carry their own grade, purity and contract-specific pricing on top of a general benchmark like this one.

Why the Per-Kg Framing Matters More for Lithium Than It Sounds

Compare this to gold for a second. Gold is priced, marketed and sold in grams and tolas because retail buyers actually purchase gold in those quantities — a 10-gram coin, an 8-gram chain. Lithium has no equivalent retail unit, because there is no retail lithium trade. Nobody walks into a shop and buys a gram of lithium the way they would buy a gram of gold. The kilogram (and, at true industrial scale, the tonne) is the unit that actually shows up in a purchase order.

What sits behind the per-kg number

Two extraction routes feed the global lithium supply that ultimately sets this rate. Hard-rock spodumene mining, where Australia is the largest producer using this method, delivers a mineral concentrate that still needs chemical conversion. Brine extraction, concentrated in the "Lithium Triangle" of Chile, Argentina and Bolivia, pumps lithium-rich brine from salt flats and evaporates it over an extended period before the lithium can be recovered. Both routes ultimately feed refineries that convert the raw material into lithium carbonate or lithium hydroxide — and that refining step is where China holds an outsized share of world capacity, even though it does not mine the majority of the raw ore itself.

That structure is worth understanding because it explains why the per-kg rate can move even without a change at the mine level. A refining bottleneck, a shift in Chinese processing output, or a change in how much spodumene concentrate is available to convert can all move the price of the finished chemical — and therefore this benchmark — independent of how much raw ore is sitting in the ground.

Using This Rate as a Working Reference

If you are a small trader, a student researching battery supply chains, or simply curious why lithium keeps coming up in EV and energy-storage news, the per-kg rate on this page is meant as an anchor, not a final invoice number. It gives you a consistent daily reference point without pretending to replace an actual supply contract, which would be priced against specific lithium carbonate or lithium hydroxide grades, delivery terms and volume commitments.

Demand for the underlying material keeps growing on the back of one force above all others: lithium-ion batteries, for electric vehicles first and increasingly for grid-scale energy storage as well. Older uses of lithium — glass and ceramics manufacturing, greases, a handful of pharmaceutical applications — still exist, but they make up a small share of total demand next to batteries today.

For the fuller trend behind today's number, the site's lithium price history page carries the recorded data further back than the 10-day window shown above.