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Battery Materials

As one half of the active materials in a lithium-ion battery, green anodes can dramatically reduce the CO2 emissions of making electric vehicles, energy storage systems and consumer electronics.

Mined and refined in Sweden from our own high-grade natural graphite and using clean renewable energy, Talga’s anode products have high technical performance and a low CO2 footprint – all delivered from within the EU.

Talga active anode products

Talnode™-C Power & EV Series

Talnode™-C is made from our unique Swedish high-grade natural graphite and proprietary coating processes to offer industry-leading low emission active anode. Talnode™-C can be tuned for high-rate applications or as a blended product using our 100% vertical integration control, and is characterised by low ohmic resistance and low swelling, providing outstanding fast charge and low temperature performance for battery electric vehicles, hybrids and consumer electronics.

Talnode™-C Recycled Series

Talga’s recycled graphite anode made from repurposed production scrap or black mass. Produced in Europe in a proprietary process, Talnode™-C Recycled Series aims to improve circularity by reintroducing spent graphite anode in new lithium-ion battery production. This will help increase European self-reliance, reduce landfilling or burning of waste battery materials and decrease greenhouse gas emissions associated with synthetic graphite’s fossil fuel precursors.

Talnode™-Si

Silicon-carbon composite for use as an energy-boosting product in commercial graphite battery anodes. The drop-in design uses our proprietary technology to enable low swelling and commercial production calendaring pressures, in a lower cost and highly scalable manufacturing process.

Funded projects and other related topics

EU Project NoVOC

Talga is a partner in the EU Project NoVOC, which focuses on reducing volatile organic compounds in battery production. The project places emphasis on the development of electrodes without the use of solvents. As part of this initiative, Talga supplies graphite and silicon-carbon composite active anode materials compatible with both wet and dry electrode manufacturing processes.

This partnership reflects Talga’s commitment to technology investments and strategies that further lessen environmental impact of battery production.

LIFE GRAPhiREC Project

LIFE GRAPhiREC’s mission is to implement the EU’s first industrial-scale pilot project dedicated to the recycling of graphite from battery waste. By developing advanced technology for recycling graphite, the project aims to reduce Europe’s dependence on imported graphite and foster a circular economy where battery waste is transformed into valuable resources.

Talga leads the graphite post-processing efforts in the LIFE GRAPhiREC project, supplying high-performance anode products.

UK Battery Centre of Excellence

Talga’s Battery Centre of Excellence in Cambridge, UK, focuses on battery material innovations, development and characterisation. The centre increases Talga’s capacity to develop its Talnode® battery materials, including next generation silicon and solid state anodes, and performance-boosting conductive additives for cathodes.

It complements Talga’s facilities in Sweden (Talnode®-C EV qualification production and battery quality control labs) and Germany (processing technology scale-up and graphene production).

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