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Lithium Benchmark Rate — 10-Day Trend
All prices in ₹ per gram · daily rate, updated once per day
Two Chemicals, One Element, Different Jobs
When people search for a "lithium price," what they usually mean, without realizing it, is one of two specific chemical products: lithium carbonate or lithium hydroxide. Neither is elemental lithium metal — pure lithium metal is far too reactive to handle or trade at commercial scale. The benchmark rate on this page, ₹1.73 per gram today, tracks the broader battery-materials market both chemicals belong to, rather than quoting either one directly.
The two compounds are not interchangeable, and the difference is not just chemistry trivia — it decides which one a battery manufacturer actually places a purchase order for.
- Lithium carbonate: the more established, widely produced battery-grade compound
- Lithium hydroxide: generally preferred for higher-nickel, higher-energy-density battery chemistries
- Neither: elemental lithium metal, which is not traded commercially at retail or industrial scale this way
Lithium Benchmark Rate by Weight
Today's Lithium rate is Two Rupees per gram. At this rate, 10 grams of Lithium costs Seventeen Rupees.
| Unit | Weight | Price (INR) | Price in Words |
|---|---|---|---|
| 1 Gram | 1.0000 g | ₹1.73 | Two Rupees |
| 8 Grams | 8.0000 g | ₹13.81 | Fourteen Rupees |
| 10 Grams | 10.0000 g | ₹17.26 | Seventeen Rupees |
| 100 Grams | 100.0000 g | ₹172.63 | One Hundred and Seventy Three Rupees |
| 1 Kilogram | 1,000.0000 g | ₹1,726.31 | One Thousand Seven Hundred and Twenty Six Rupees |
| 1 Ounce (oz) | 28.3495 g | ₹48.94 | Forty Nine Rupees |
| 1 Troy Ounce | 31.1035 g | ₹53.69 | Fifty Four Rupees |
| 1 Metric Ton | 1,000,000.0000 g | ₹1,726,308.00 | Seventeen Lakh Twenty Six Thousand Three Hundred and Eight Rupees |
Why Battery Chemistry Decides the Purchase Order
A battery manufacturer doesn't pick between lithium carbonate and lithium hydroxide based on price alone — the cathode chemistry they're building around usually makes the decision for them. Lithium-iron-phosphate, or LFP, cells — valued for cost and durability rather than maximum range — typically use lithium carbonate. Higher-nickel cathode chemistries, often the choice for longer-range electric vehicles where energy density per kilogram matters more, are more commonly built around lithium hydroxide because it processes more efficiently into that specific formulation.
Same raw material, different refining path
Both spodumene concentrate from hard-rock mining and brine concentrate from salt-flat extraction can end up as either chemical — the outcome depends on which refining process a plant runs, not solely on which raw material it started with. This is part of why the processing step, dominated by Chinese refining capacity even though China does not mine most of the world's raw lithium ore, matters as much as the mining step itself. A refinery built around one chemical's process can't simply switch to the other overnight.
This distinction also explains why "the lithium price" is really shorthand for a cluster of related but separately priced products. A battery-materials buyer negotiating a supply contract cares about which specific chemical, at what purity grade, delivered on what schedule — a single benchmark number like the one on this page is a useful reference point, not a substitute for that level of detail.
Lithium Benchmark Rate — Last 10 Days
The most recent Lithium price on record (2026-09-17) is Two Rupees per gram.
| Date | Price (INR/g) | Change |
|---|---|---|
| 2026-09-17 | ₹1.73 | +0.00 |
| 2026-09-16 | ₹1.72 | -0.05 |
| 2026-09-15 | ₹1.77 | -0.03 |
| 2026-09-14 | ₹1.80 | -0.04 |
| 2026-09-13 | ₹1.85 | +0.00 |
| 2026-09-12 | ₹1.85 | +0.00 |
| 2026-09-11 | ₹1.85 | -0.03 |
| 2026-09-10 | ₹1.88 | 0.00 |
| 2026-09-09 | ₹1.88 | -0.01 |
| 2026-09-08 | ₹1.89 | — |
Why This Distinction Matters Beyond the Chemistry Textbook
As electric-vehicle manufacturers push for longer range and higher energy density, demand has leaned more toward higher-nickel cathode chemistries in some vehicle segments — which in turn affects relative demand for lithium hydroxide versus lithium carbonate. At the same time, LFP chemistry has gained ground in cost-sensitive vehicle segments and stationary energy storage, which supports lithium carbonate demand from a different direction. Both trends are real and are actively discussed in the EV and battery industry, though which one dominates going forward depends on vehicle-maker decisions that are still evolving.
For anyone trying to understand why lithium news sometimes talks about "carbonate" and sometimes about "hydroxide" as if they were separate markets, this is the reason: they genuinely are separate, if related, products, each tied to different parts of the battery manufacturing landscape. A shift in one battery chemistry's popularity can move demand for one lithium chemical without moving the other nearly as much.
The benchmark tracked on this page is best read as a general temperature gauge for the whole lithium complex — carbonate, hydroxide, and the raw spodumene and brine feedstock behind both — rather than a precise quote for either specific product.
Lithium Carbonate vs Hydroxide — FAQs
Both are refined, battery-grade lithium chemical compounds — neither is elemental lithium metal. Lithium carbonate is the more established, widely produced form and works across a broad range of battery chemistries. Lithium hydroxide is generally preferred for higher-nickel battery chemistries that favor energy density, since it integrates more efficiently into that specific cathode-manufacturing process.
Different battery cathode chemistries have different processing requirements. Lithium-iron-phosphate (LFP) batteries typically use lithium carbonate. Higher-nickel-content chemistries, often chosen for longer-range electric vehicles, are more commonly built with lithium hydroxide because it fits better into that manufacturing route.
Neither directly. This page tracks a general lithium benchmark rate, currently ₹1.73 per gram, which moves in line with the broader battery-materials market that both chemicals trade in. Actual lithium carbonate and lithium hydroxide contracts carry their own grade- and purity-specific pricing beyond this general benchmark.
They can be. Both spodumene concentrate (from hard-rock mining) and brine concentrate (from salt-flat extraction) can be refined into either lithium carbonate or lithium hydroxide, depending on the processing route a refinery chooses. The end chemical is determined largely by processing decisions, not solely by which raw source it came from.
The relative cost between the two has shifted over time depending on demand for specific battery chemistries and available refining capacity for each. This page does not cite a specific price gap between them, since it depends on current market conditions and the reference source — the important point is that they are priced and traded as distinct products, not interchangeably.
