This is me 🤣

Thanks @faizalyusman, 🙌🙌appreciate you sharing — we'll take a look. Battery health and capacity assessment is a relevant space as our program develops. $CRR

Hi @Critical_CRR, Check out this research publication: ieeexplore.ieee.org/document… The proposed method has the potential to improve battery health warranty assessment procedures and introduce new approaches to battery storage capacity design and partitioning. Test and try it out.

Thanks @DiscoveryAlert. "Real working cell" is the right read — this is the first time our DSD-deposited cathode has been built into a full-format cell, with early conditioning behaving as expected. ASE electrolyte deposition now underway as we work towards integration. $CRR

A real working pouch cell marks a key step for @Critical_CRR’s solid-state battery strategy as ASE integration advances $CRR discoveryalert.com.au/news/c…

Thanks @MarketOpenAUS. The milestone: our DSD-deposited cathode is now built into a full-format working cell — proof the process builds a real cell, not just the chemistry. Early formation behaving as expected, with our sulphur-free ASE electrolyte deposition now underway. $CRR @Critical_CRR

$CRR Critical Resources advances DSD deposited cathode into full format pouch cells with electrochemical testing underway and ASE solid state electrolyte deposition progressing. Work conducted at South Dakota School of Mines and Technology. @Critical_CRR #ASX #CRR #Batteries

Thanks @proactive_x great summary 👇 The milestone: DSD cathode now built into a full-format working cell. Next step: integrating our sulphur-free solid-state electrolyte. $CRR #SolidStateBattery

$CRR Critical Resources advances solid-state battery program to full-format pouch cell testing tinyurl.com/2apjjnbx @Critical_CRR #CRR #9S70 #ASX #ASXNews

$CRR $CRRO 1c | $31m MC Solid-state battery technology I know it's difficult to digest, but hopefully this wrap-up will give you some understanding. 🤗 🟢 $CRR isn't trying to compete with Chinese or Korean gigafactory players on cost 🟢 $CRR de-risking licensable IP for high-margin niches where safety, weight, temperature range, and form factor matters 🟢 The licensing model capital-light approach via university partnership 🟢 Each de-risked milestone (cathode → composite → coin cell → pouch → ASE integration) widens the potential partner pool in defence, aerospace, and specialist industrial applications. 🟢 $CRR is proving you can build a multi-material composite layer in one clean, low-energy dry step 🟢 Google : Dynamic Spray Deposition (DSD) (solvent-free, dry "3D printing") understand what this is about. 🟢 $CRR advancing two parallel workstreams:👇 1. Materials (their proprietary Amorphous Solid Electrolyte / ASE)✅️ 2. Manufacturing (Dry Supersonic Deposition / DSD / the single-step dry composite layer process✅️ 🟢 Its matter of time, $CRR business model de-risk and license the IP to cell makers, component manufacturers, or end-users in high-reliability sectors #SpaceX | #NASA | #Defense | #Aerospace

No solvents, binders, or furnaces are needed. The cathode, solid-state electrolyte, and carbon nanotube conductor are deposited in a single dry, room-temperature process led by Dr. Alla Smirnova, whose lithium-ion battery research was previously supported by NASA EPSCoR.

$CRR $32M MC💥 #SolidStateBattery News ⏩️ $CRR'S #SOLIDSTATE BATTERY PROGRAM ADVANCES TO FULLFORMAT POUCH CELL TESTING⏪️ ⏩️A key step up, with electrochemical testing underway & deposition of its solid-state sulphurfree electrolyte progressing ⏩️Dr Alevtina Smirnova (@sdsmt), who has worked with @NASA #EPSCoR Program, is also the technical advisor reviewing $CRR’s current solid-state battery program.

$CRR — Solid-state battery program advances to full-format pouch cell testing.🔋 Our DSD-built cathode has moved from coin cells into full-format pouch cells — a standard scale-up step that shows the cathode can be built into a complete working cell. Electrochemical testing is underway, and deposition of our sulphur-free ASE solid-state electrolyte is progressing. Read the announcement 👇 criticalresources.com.au/ann… #CriticalResources #SolidStateBattery #BatteryTech #CRR #ASX #CriticalMinerals

We've just released the following announcement: DSD Cathode Advances to Full-Format Pouch Cells Check out the full announcement and join in with the conversation at: criticalresources.com.au/ann… #CRR $CRR #ASX #CriticalMinerals #BatteryMetals #Gold #Lithium #Tungsten #NZmining #SolidStateBattery #BatteryInnovation #EnergyTransition

$CRR #ASX #SoildState #BatteryTech

$CRR #ASX #SoildState #BatteryTech More #SolidStateBatteryTech News from around the World🌎 ⏩️#Dongfeng, one of China’s "Big Four" state-owned automotive manufacturers, to mass-produce #solidstatebatteries in H2 2026, enabling 1,000 km range⏪️ ⏩️Dongfeng is not alone in this race; other major players like #GAC, #CATL & #FAW are also aggressively pursuing solid-state battery technology with various timelines for mass production between 2026 and 2027⏪️ 💥 $CRR ($31M MC) & @sdsmt 🇺🇸 is currently developing one of the most advanced #SolidStateBattery Technologies in the world💥 carnewschina.com/2026/06/09/…

$CRR $CRRO

$CRR #SolidStateBatteryTech Inventor Dr. ALLA SMIRNOVA recently appointed as a technical advisor in $CRR

$CRR’s solid-state battery update is more than a lab milestone. CRR has now deposited the cathode, solid-state electrolyte and carbon-nanotube conductor in one dry, room-temperature step, with no solvents, binders or furnaces. The NASA link is the interesting part. NASA EPSCoR previously supported South Dakota School of Mines research into high-performance lithium-ion batteries for NASA space applications, where Dr Alla Smirnova was listed as Science PI. Dr Alevtina Smirnova is also the technical advisor reviewing CRR’s current solid-state battery program. Defence, aerospace, satellites, data centres and solvent-free battery manufacturing are now being tied into one CRR story. Full link to the NASA article: go: nasa.gov/wp-content/uploads/…⁠

$CRR $CRRO @SpaceX @NASA SOLID-STATE LITHIUM ELECTROLYTE AND CONDUCTOR DEPOSITED IN A SINGLE DRY STEP @Critical_CRR is proving you can build a multi-material composite layer in one clean, low-energy dry step. DYOR | 1c | ASX

$CRR $31M MC💥 #ASX #SolidStateBattery Tech #NASA ⏩️@NASA’s #SABERS PROGRAM(Solid-state Architecture Batteries for Enhanced Rechargeability & Safety) ADOPTED THE SAME DRY-PROCESS PRINCIPLE as one of its core manufacturing innovations⏪️ Maybe $SPCX can have a look?😅 technology.nasa.gov/patent/L…