Understanding Lithium Carbonate and Hydroxide Futures

accountID
49919183001
videoID
ref:231025LithiumCarbHydroFutures
playlistID
playlistLocation
R
aspectRatio
16:9
cc
language
placeholderImg
https://cf-images.us-east-1.prod.boltdns.net/v1/static/49919183001/06548e97-cc03-4a2b-b0c5-3590429ecb86/3126f012-8d52-4d14-970e-22ff5f91809b/1280x720/match/image.jpg

Lithium Carbonate and Hydroxide futures contracts are similar in many ways:

The Fastmarkets’ price references track the following:

Uses of lithium hydroxide and lithium carbonate

Lithium hydroxide and lithium carbonate are closely related but have a different chemical composition, which results in distinct properties and applications. EV battery technology is evolving rapidly, with lithium hydroxide typically preferred in nickel rich batteries such as NMC batteries, while carbonate is preferred in other types such as LFP batteries.

Lithium hydroxide is often prepared by chemically treating carbonate, meaning that creating hydroxide requires an additional manufacturing step in the supply chain. This additional production step means that hydroxide is typically traded at a premium to carbonate, but this is not always the case.

The premium has varied over time and depends on factors like relative supply and demand, capacity to convert one into the other, trends in battery technology like the ramp-up in LFP production, and the entrance of new players in the supply chain. Since 2021, the premium has averaged about five dollars, but has ranged from -$5 to $15 at different points in time.

Market participants active in lithium trading are now able to hedge their lithium exposure using the right product for their physical price risk.

Trading Lithium Hydroxide and Lithium Carbonate futures contracts

Market participants that want to trade the relative value of carbonate versus hydroxide are now able to do so using CME Group futures contracts, and margin offsets are available due to the high correlation of prices. Lithium contracts at CME Group allow market participants more choice to execute their lithium risk management and trading strategies in the growing world of battery metals.

Test your knowledge

Randomize order
false
Show indicators via review mode
false
Questions
Options
Correct
Snippet
Which of the following statement(s) are true about Lithium Hydroxide?
Lithium hydroxide is often used to prepare carbonate
Lithium hydroxide is often prepared by chemically treating carbonate
true
Lithium hydroxide is typically traded at a premium to carbonate
true
Lithium hydroxide futures contracts have a different tick increment than Lithium Carbonate futures contracts