Wildcat Discovery Technologies, a US cathode producer, and Austin Elements, a US critical minerals recycler and sustainable LFP precursors producer, have signed a memorandum of understanding to collaborate on recycling solutions for LFP and LMFP batteries. Under the agreement, the two companies will work together to convert end-of-life batteries and manufacturing scraps into cathode materials…. Read more »
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Wildcat receives 100th patent for battery cathode materials technology
Battery materials developer Wildcat Discovery Technologies has received its 100th patent, advancing its strategy for US-based cathode materials manufacturing. Wildcat has been developing nickel- and cobalt-free battery materials since 2006. The company plans to build a plant in the US to manufacture lithium iron phosphate (LFP) in late 2026, lithium manganese iron phosphate (LMFP) in… Read more »
Wildcat will build a US plant to produce nickel-free and cobalt-free cathodes
Battery makers are scrambling to build North American supply chains, and at the same time they’re increasingly turning to chemistries such as lithium iron phosphate (LFP) in order to reduce reliance on problematic elements such as nickel and cobalt. Wildcat Discovery Technologies sees opportunity in these trends, and is now finalizing site negotiations for a… Read more »
Wildcat ramps up its focus on EV Supercell breakthroughs
The lithium-ion battery has proven to be an excellent fuel tank for EVs, but there remains much room for improvement. We’re still far from what’s theoretically achievable in terms of Li-ion capacity, safety, cost and charge times. As battery manufacturers continue their quest for improved chemistry and material combinations, they rely on applied researchers like… Read more »
Wildcat develops new device to measure battery electrode thickness during cycling
Wildcat Discovery Technologies, a creator of high-throughput methods to rapidly design new battery materials, has developed a new Linear Displacement Measurement (LDM) Device that measures small thickness changes in pouch cells during cycling. Developed in partnership with BMW, Wildcat’s LDM capability allows new cell performance feedback as parts of projects with its collaboration partners. Measurements… Read more »
Wildcat and TIES collaborate on electrolytes for high energy-density Li-ion batteries
Wildcat Discovery Technologies is working with the Tianmu Lake Advanced Energy Storage Technology Institute (TIES) in a new multi-year project geared towards the development and optimization of high energy-density lithium-ion batteries. Wildcat will use its high-speed testing capabilities to provide TIES with as much data as possible. In turn, TIES’s team (headed by Professor Hong Li),… Read more »
Wildcat sorts through the avalanche of new battery materials to find the best
As automakers and cell manufacturers begin to realize the complexity of benchmarking new battery materials, Wildcat Discovery Technology is using its high-speed R&D technology to help find clarity If you follow battery technology news on a regular basis as we do, it’s easy to get overwhelmed by the volume of new announcements. There are… Read more »
Wildcat’s SuperFilm Electrolyte Whitepaper Download
How to Increase Cycle Life, Coulombic Efficiency, and Thermal Stability of Li-ion Batteries Complete this form to download the free whitepaper from Wildcat Discovery Technologies:
Wildcat SuperFilm White Paper
Thank you for submitting your request. Click here to download the free white paper. For more information contact: Mr. Jon JacobsVice President, Business Development858-550-1980 x114jjacobs@wildcatdiscovery.com
Wildcat’s new copper fluoride cathode material offers 2.5x more capacity than today’s battery tech
The current generation of lithium-ion battery materials is quickly approaching its theoretical limit. In commercial layered oxide cathodes, like the popular nickel-manganese-cobalt (NMC), there is only one lithium ion for every metal. So, the most energy you could possibly store with those materials is one full lithium in and out, or about 300 mAh per… Read more »