• Core nabs offtake deal with Tesla for NT project
  • Metals Australia picks up high grade lithium in rock chips, drill program ongoing
  • PAM releases assays, eyes lower carbon emission lepidolite

All your ASX lithium news for Wednesday, March 2.


The Special Inspector General for Afghanistan Reconstruction (SIGAR) has tweeted that Chinese companies are looking access Afghanistan’s lithium and copper deposits.

China has had their eye on the country’s vast mineral resource since the Taliban took over last year, and SIGAR said that industry representatives have now met with Taliban officials to discuss mining rights and research access.

The Taliban is desperate to collect domestic revenue, introducing new royalties for the export of raw materials which are four times higher than that of the Ghani administration.

Afghanistan has lithium deposits which are estimated to be worth around $1 trillion and which SIGAR said could rival Bolivia’s 21MT.

SIGAR also said that most projects require a 5-10 year lead time, significant improvements in security and a more investor friendly regulatory environment.

And while China is trying to get the ball rolling, it looks like the Taliban is throwing their support behind Ukraine, supplying the country with weapons and lithium.

Here’s how ASX lithium stocks are tracking today:

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Who’s got news out today?


Core Lithium (ASX:CXO)

The NT developer has locked in a binding four-year offtake deal that will ship 110,000t of spodumene concentrate to Tesla from 2023.

Core’s 175,000tpa Finniss mine is due to open in late 2022, but it is already looking at options to expand to capture the astonishing demand uptick in lithium and EV markets after signing the supply deal with the world’s preeminent electric vehicle producer.

Core has already locked in separate 75,000tpa supply agreements for its first four years of production with China’s Yahua and Ganfeng, with the Tesla deal securing its initial offtake commitments.

“The whole of the world’s electric vehicle goals are going to be limited by the amount of lithium and raw materials needed to actually achieve those goals,” MD Stephen Biggins said.

“So new supply like Core is bringing to market later this year is rare, and well sought after by some of the biggest names in the car manufacturing industry.”

Core also says Tesla will assist it with Stage 3 plans for a potential chemical processing facility near the $89 million mine, which will generate $1.3 billion in revenue over its first 10 years on current planned production rates.

The Tesla supply deal is expected to begin in the second half of 2023, linked to prevailing spot prices with floor and ceiling prices.


Metals Australia (ASX:MLS)

This battery metals minnow has found some rock chip samples grading up 2.3% lithium and 0.7% rubidium at the ‘Mandini’ project in WA.

Hard rock lithium mines usually grade between 1-1.5% lithium, but high-grade rock chips aren’t much to get excited about on their own, as they could’ve been transported to this location from elsewhere by an ancient river or earthquake, for example.

The only way to prove if there is economic mineralisation is by drilling, which is well underway, MLS says.

The 45 hole, ~3,500m drilling program is currently testing the central, high-grade, part of the ‘Foundation’ pegmatite.

Initial testing has already intersected up to 16m downhole of mineralised pegmatite in RC drillhole MNRC043.

The identification of significant rubidium at Mandini is also highly encouraging, MLS says.

“Rubidium is a rare metal mostly employed in high-technology industries such as biomedical research, electronics, specialty glass and pyrotechnics as well as traditional uses in electronic devices, specialised glass and catalysts,” it says.

“Rubidium carbonate (Rb2CO3) pricing is currently reported by International Lithium Corp. to be up to US$1,060/kg, a factor of more than 75 times the current price of lithium carbonate (Li2CO3) at US$14/kg (US$13,970/t).”



Pan Asia Metals (ASX:PAM)

The lithium explorer has released new assays from 7 drill holes at its Reung Kiet Lithium project in Thailand, and MD Paul Lock said the lithium, tin and tantalum, and cesium, rubidium and potassium results are in line or better than PAM’s direct peers.

“We are also seeing many intersections better than 0.10% tin and these intersections are commonly associated with tantalum values higher than 100ppm,” he said.

“Both tin and tantalum have the potential to be valuable by-product credits during beneficiation, especially in the current price environment.”

The company is rapidly progressing to an inaugural mineral resource, which will be used as part of a Scoping Study that plans to consider initial production of up to 10,000tpa of LCE and associated by-products.

PAM is focusing on lepidolite as a source of lithium as peer group studies indicate that lithium carbonate and lithium hydroxide projects using lepidolite as their plant feedstock have the potential to be placed at the bottom of the cost curve.

Lepidolite has also been demonstrated to have a lower carbon emission intensity than other lithium sources.