Welcome to our dedicated page for Battery X Metals news (Ticker: BATXF), a resource for investors and traders seeking the latest updates and insights on Battery X Metals stock.
Battery X Metals Inc. (BATXF) drives innovation in sustainable battery technology through lithium exploration, advanced recycling processes, and battery health diagnostics. This news hub provides investors and industry stakeholders with essential updates on the company’s strategic developments.
Access real-time announcements covering quarterly results, lithium project acquisitions, recycling technology breakthroughs, and partnerships with research institutions. Our curated feed ensures you never miss critical updates about BATXF’s role in the clean energy transition.
Key coverage areas: lithium resource exploration in North America, proprietary battery recycling methods, and LIBRT diagnostic technology advancements. Bookmark this page for verified updates on operational milestones and market positioning in the electric vehicle supply chain.
Battery X Metals (OTCQB: BATXF) has announced modifications to its corporate awareness initiatives. The company has increased its engagement budget with bullVestor Medien GmbH by an additional €200,000 (CAD $312,500), extending their marketing services for three months starting April 4, 2025. The total investment in bullVestor now reaches €390,000 (CAD $607,500).
Additionally, the company provided an update on its engagement with Carsten Schmider Media Relations Publishing, which was initially contracted for €140,000 (CAD $206,000) for a 45-day marketing campaign. While this campaign hasn't yet begun its publication phase, the company plans to amend the term to align with the actual start date of banner ad publications.
Both engagements aim to increase Battery X Metals' visibility in the German investment community through strategic marketing and advertising campaigns.Battery X Metals (BATXF) is expanding its patent-pending battery rebalancing technology to include the Nissan Leaf, the second most common out-of-warranty EV in the United States. The company's subsidiary, Battery X Rebalancing Technologies, will collaborate with Factor E Motors to develop connector ports and validate rebalancing procedures using a Nissan Leaf battery pack acquired for $1,120.
The company's Prototype 2.0 represents significant advancement in their technology, featuring advanced diagnostics, patent-pending cell balancing functionality, and improved field operability. The National Research Council of Canada has validated the technology's effectiveness in correcting cell imbalances, demonstrating recovery of lost capacity in lithium-ion battery packs.
With over 114,000 eligible Nissan Leaf vehicles in the U.S. market and global EV sales reaching 17.1 million units in 2024, Battery X Metals is positioning itself to address the growing need for battery life extension solutions as EVs exit warranty coverage.
Battery X Metals (BATXF) has partnered with Factor E Motors, Vancouver's first independent Tesla dealership, to advance its battery rebalancing technology for Tesla vehicles. The collaboration will focus on validating Battery X's second-generation prototype (Prototype 2.0) for Tesla Model 3 and Model X battery packs.
Factor E Motors, operated by award-winning former Tesla technicians, will assist with pre-rebalancing diagnostics, rebalancing procedures, and post-rebalancing evaluations. The non-commercial agreement aims to develop standardized operating procedures and validate the company's technology. Battery X's rebalancing technology, validated by the National Research Council of Canada, has demonstrated 99.4% recovery of lost capacity in previous tests.
This partnership is strategically timed as Tesla, commanding 45% of the U.S. EV market, faces a surge of vehicles approaching the end of their battery warranty coverage by 2032.
Battery X Metals (BATXF) has achieved a significant milestone in its battery recycling technology development through collaboration with a Global Top 20 university. The company's new solvent has demonstrated impressive improvements in their eco-friendly flotation process, including:
- A 26.5% to 31.5% increase in oxide recovery (to 48.10%)
- A 5.5% to 6.3% increase in graphite purity (to 73.0%)
- Maintained high graphite recovery at ~97%
- Consistent oxide purity at ~90%
- Stable flotation time of 5-7 minutes
The technology addresses a key challenge in battery recycling by effectively separating oxides from graphite, particularly dealing with a rubber-like coating found on black mass samples. The company continues to optimize the process through additional controlled trials with different solvent dilutions and multi-stage flotation processes.