SiNTL reaches 500 mAh/g commercial benchmark
1414 Degrees reported that SiNTL reached 500 mAh/g specific capacity months ahead of its first program target.
Evidence notes
- The result aligned with the performance range of current commercial silicon-enhanced anode materials.
- Testing validated both the SiNTL composite architecture and its low-temperature synthesis process.
- The company established a repeatable development path toward a 600 mAh/g target while retaining compatibility with existing anode manufacturing.
Company context
1414 Degrees is an Australian clean-energy technology company developing silicon-based thermal energy storage and SiNTL silicon-anode battery materials for high-temperature industrial heat and UAV battery applications.