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Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

VANCOUVER, British Columbia--(BUSINESS WIRE)-- Nano One® Materials Corp. ("Nano One" or the "Company") (TSX: NANO) (OTCQB: NNOMF) (Frankfurt: LBMB), a process technology company specializing in lithium-ion battery

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One and Standard Lithium Collaborate to Qualify Lithium Carbonate for LFP Cathodes

Thu, 13 Aug 2026 15:58:00 -0400

Highlights

Sourced battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce One-Pot LFP cathode active material
The LFP cathode active material was then used to produce in-house battery test cells
Initial electrochemical test results indicated that the material delivered a performance of approximately 155 mAh/g on first discharge with intended particle morphology
This round of feedstock testing allows Nano One to further expand sourcing optionality for its prospective licensees and customers

Nano One Reports Q2 2026 Results and Highlights Non-Dilutive Funding and Policy Tailwinds

Wed, 12 Aug 2026 03:05:00 -0400

Second Quarter 2026 & Subsequent Results

The Company reported net assets of $18.2 million, working capital of $17.6 million and cash of $19.3 million for the end of the period
Candiac Facility expansion engineering 85% complete, on schedule and on budget, supporting sales, licensing and joint venture opportunities under the Design One Build Many strategy
Over $63 million in non-dilutive capital secured since the beginning of 2024, of which $12.3 million was government funding received in the first half of 2026 and approximately $20 million remains undrawn as at August 2026
Strengthening battery materials policy support across Canada, the U.S. and allied jurisdictions

Nano One Reports Q2 2026 Results and Highlights Non-Dilutive Funding and Policy Tailwinds

Wed, 12 Aug 2026 03:05:00 -0400

Second Quarter 2026 & Subsequent Results

The Company reported net assets of $18.2 million, working capital of $17.6 million and cash of $19.3 million for the end of the period
Candiac Facility expansion engineering 85% complete, on schedule and on budget, supporting sales, licensing and joint venture opportunities under the Design One Build Many strategy
Over $63 million in non-dilutive capital secured since the beginning of 2024, of which $12.3 million was government funding received in the first half of 2026 and approximately $20 million remains undrawn as at August 2026
Strengthening battery materials policy support across Canada, the U.S. and allied jurisdictions

Nano One Reports Q2 2026 Results and Highlights Non-Dilutive Funding and Policy Tailwinds

Wed, 12 Aug 2026 03:05:00 -0400

Second Quarter 2026 & Subsequent Results

The Company reported net assets of $18.2 million, working capital of $17.6 million and cash of $19.3 million for the end of the period
Candiac Facility expansion engineering 85% complete, on schedule and on budget, supporting sales, licensing and joint venture opportunities under the Design One Build Many strategy
Over $63 million in non-dilutive capital secured since the beginning of 2024, of which $12.3 million was government funding received in the first half of 2026 and approximately $20 million remains undrawn as at August 2026
Strengthening battery materials policy support across Canada, the U.S. and allied jurisdictions