News from 1414 Degrees

We have surpassed a key performance milestone in our silicon nanoparticle battery materials program, achieving 530 mAh/g specific capacity in laboratory testing. The result exceeds the previously announced 500 mAh/g target and places us ahead of schedule toward our...

1414 Degrees has achieved a major technical milestone in the development of our SiNTL™ silicon anode battery material, reaching 500 mAh/g specific capacity - the program’s first target - months ahead of schedule. This result aligns with current best-in-class...

  We have released our Quarterly 4C Activities and Cashflow Report for the period ended 31 December 2025, marking a quarter of strong momentum across the Aurora Energy Precinct and our portfolio of silicon-based technologies. During the quarter, we continued to...

We are pleased to announce that the Australian Energy Market Operator (AEMO) has accepted the proposed Generator Performance Standards for the 140 MW Aurora Battery Energy Storage System (BESS), in accordance with the National Electricity Rules. ElectraNet, South...

At our Annual General meeting, we outlined a clear pathway toward commercialisation across industrial heat, hydrogen, and battery-materials markets. Executive Chair Dr Kevin Moriarty emphasised that the core technologies - SiBrick®, SiBox®, SiPHyR® and SiNTL™ - now...

1414 Degrees advances clean energy technologies and adds battery innovation to its portfolio We have released our Quarterly Activities and Cashflow Report for the period ended 30 September 2025, highlighting a quarter of strong technical progress and strategic...

Hannam & Partners upgrades 1414 Degrees valuation following silicon nanoparticle technology acquisition London-based investment bank Hannam & Partners has released updated research coverage on 1414 Degrees Limited, raising its target valuation following the...

We have announced a significant technological breakthrough that positions us as a key player in the rapidly expanding battery materials sector. The integration of our SiNTL™ and SiPHyR® technologies opens a pathway to high-performance graphitic anode material for...

We have commenced detailed commercialisation planning for the SiNTL aluminium-coated silicon nanoparticle technology following acquisition of the exclusive global licence agreement with the George Washington University (GW).

We are pleased to announce progress in advancing two types of SiBrick® storage media toward mass production – one melting at 1100°C and the other at 1400°C.