1414 Degrees advances SiNTL silicon anode toward commercial readiness

1414 Degrees Ltd. ( (AU:14D) ) has shared an announcement.

1414 Degrees has reported further progress in its SiNTL silicon nanoparticle anode program, with testing at George Washington University showing sustained capacity retention over extended charge-discharge cycles. The material has already achieved a specific capacity of 530 mAh/g and is now in a cycle life validation phase aimed at building the data needed for OEM qualification.

SiNTL is engineered as a low-temperature, single-step, aluminium-coated silicon nanoparticle product that is compatible with standard slurry-based anode manufacturing, positioning it as a drop-in alternative to graphite without requiring major retooling. The company sees additional strategic value in integrating SiNTL with its SiPHyR methane pyrolysis technology, potentially enabling in-house production of silicon-carbon composite anodes and deeper participation in a silicon anode market forecast to expand sharply over the next decade.

The rapid growth outlook for silicon anode batteries, supported by rising global investment, underpins 1414 Degrees’ push to move SiNTL from performance demonstration toward commercial readiness across sectors such as electric vehicles and drones. Ongoing work is focused on extending cycle life datasets and reaching the next capacity milestone of 550 mAh/g, steps that will be critical in securing OEM engagement and positioning the company in the emerging battery materials supply chain.

The most recent analyst rating on (AU:14D) stock is a Hold with a A$0.02 price target. To see the full list of analyst forecasts on 1414 Degrees Ltd. stock, see the AU:14D Stock Forecast page.

More about 1414 Degrees Ltd.

1414 Degrees Ltd is an Australian clean-energy and industrial decarbonisation company focused on grid-scale storage, industrial heat, hydrogen and advanced battery materials. Its portfolio includes silicon-based technologies such as SiBrick thermal storage, SiBox industrial heat systems, SiPHyR methane pyrolysis for low-emissions hydrogen, and SiNTL silicon-enhanced anode materials, anchored by the Aurora Energy Precinct in South Australia.

The company aims to combine near-term revenue from energy infrastructure, including a planned 140 MW/280 MWh battery energy storage system, with scalable commercialisation of its silicon-based technologies. By targeting data centres, energy-intensive industries and advanced battery markets, 1414 Degrees is positioning itself within key growth segments of the global energy transition and storage value chain.

Average Trading Volume: 1,205,562

Technical Sentiment Signal: Sell

Current Market Cap: A$8.32M

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