Breakdown | |||||
TTM | Mar 2024 | Mar 2023 | Mar 2022 | Mar 2021 | Mar 2020 |
---|---|---|---|---|---|
Income Statement | Total Revenue | ||||
0.00 | 0.00 | 0.00 | 0.00 | 0.00 | 0.00 | Gross Profit |
-285.75K | -206.97K | -112.50K | -72.00K | -59.77K | -58.89K | EBIT |
-4.83M | -3.33M | -1.96M | -2.05M | -1.49M | -1.07M | EBITDA |
-4.53M | -2.98M | -1.82M | -1.91M | -1.44M | -979.71K | Net Income Common Stockholders |
-4.49M | -2.84M | -1.61M | -2.08M | -1.66M | -1.09M |
Balance Sheet | Cash, Cash Equivalents and Short-Term Investments | ||||
759.24K | 941.98K | 1.63M | 1.26M | 638.30K | 219.28K | Total Assets |
2.49M | 2.95M | 3.13M | 1.67M | 746.37K | 389.12K | Total Debt |
177.66K | 215.75K | 177.86K | 12.17K | 1.37M | 141.85K | Net Debt |
-581.58K | -726.23K | -1.45M | -1.24M | 747.58K | -59.70K | Total Liabilities |
668.22K | 725.43K | 179.24K | 178.29K | 1.58M | 306.46K | Stockholders Equity |
1.83M | 2.06M | 1.89M | 1.50M | -834.53K | 82.66K |
Cash Flow | Free Cash Flow | ||||
-2.25M | -2.88M | -2.26M | -1.67M | -760.43K | -1.15M | Operating Cash Flow |
-2.10M | -2.52M | -1.77M | -1.50M | -759.08K | -1.15M | Investing Cash Flow |
-1.85M | -2.07M | -1.16M | -177.46K | -1.34K | 0.00 | Financing Cash Flow |
1.11M | 3.90M | 3.31M | 2.30M | 1.18M | 1.06M |
Name | Overall Rating | Market Cap | P/E Ratio | ROE | Dividend Yield | Revenue Growth | EPS Growth |
---|---|---|---|---|---|---|---|
50 Neutral | $1.84B | ― | -38.77% | ― | 72.76% | 38.06% | |
49 Neutral | $107.84M | 69.72 | 2.13% | ― | ― | ― | |
47 Neutral | $2.66B | -3.11 | -22.17% | 3.33% | 3.66% | -28.13% | |
47 Neutral | C$16.68M | ― | -724.49% | ― | ― | -30.65% | |
46 Neutral | C$90.56M | ― | -151.63% | ― | ― | -98.97% | |
42 Neutral | C$17.04M | ― | -5.00% | ― | ― | -1118.18% | |
42 Neutral | $847.31M | ― | -4.13% | ― | ― | ― |
NEO Battery Materials Ltd has introduced the NBMSiDE® P-300N, an advanced silicon anode prototype that boasts the highest capacity retention achieved to date. This mass-producible product is designed to improve battery stability while keeping production costs low. The P-300N is undergoing long-term performance testing and is expected to be a competitive solution for a wide range of applications. The company is scaling up for commercialization, aiming to produce near-commercial battery cells with global partners, leveraging the P-300N’s adaptability to existing manufacturing processes.
NEO Battery Materials Ltd. has announced the granting of incentive stock options to certain directors and officers, allowing them to acquire a total of 510,000 common shares under the company’s 10% rolling stock option plan. This strategic move is likely to enhance the company’s operational dynamics by aligning the interests of its leadership with long-term shareholder value, potentially strengthening its position in the competitive battery materials industry.
NEO Battery Materials Ltd. has announced a collaboration with Rockwell Automation to integrate advanced automation solutions in its upcoming silicon anode manufacturing plant in Windsor, Ontario. This partnership aims to improve production efficiency, quality control, and scalability, which will streamline NEO’s manufacturing capabilities and optimize resource use. The collaboration is a strategic move to enable large-scale, commercial production and to support NEO’s plans for future expansion in the United States. Rockwell’s involvement will enhance decision-making through digital tools and real-time monitoring, ultimately contributing to higher efficiencies and growth for both companies.
NEO Battery Materials Ltd. is scaling up its silicon anode production to 20 tons per year to address the growing demand from downstream partners and initiate mass-producibility testing. This expansion is expected to support increased customer requirements and optimize manufacturing processes to ensure quality, performance, and cost control. Additionally, the company’s high-performance P-300 series shows strong commercial potential, and NEO has received a Notice of Allowance from the Korean Intellectual Property Office for a relevant patent.
NEO Battery Materials Ltd. announced progress in the commercialization of Canada’s first advanced silicon anode manufacturing facility in Windsor, Ontario. The company has initiated a Phase I Environmental Site Assessment to ensure the site’s suitability and is in discussions to select contractors for the plant construction. This facility aims to produce 5,000 tons of silicon anode materials annually, reducing reliance on imported materials, fostering battery technology innovation, and supporting regional economic development.
NEO Battery Materials Ltd. has announced plans to establish Canada’s first advanced silicon anode manufacturing facility on an 8-acre site in Windsor, Ontario. The facility, which will require an initial investment of CAD 69 million and a total of CAD 120 million over eight years, is expected to produce 5,000 tons of silicon anodes annually and create over 100 skilled jobs. By securing a long-term lease with favorable terms and tax incentives, NEO aims to reduce reliance on imported materials and bolster the battery supply chain in Ontario and North America, highlighting the region’s supportive infrastructure and business environment.
NEO Battery Materials Ltd. has announced the launch of NBMSiDE® P-300, a new high-performance silicon anode product that significantly improves battery capacity while reducing material usage. This breakthrough positions NEO as a potential leader in the industry by enhancing battery efficiency and expanding its market reach into the space and eVTOL sectors. The company is optimizing P-300 for pilot production, seeking patent protection, and focusing on commercialization with notable improvements over traditional graphite anodes, marking a significant move in the battery technology landscape.