1414 Degrees Ltd. · ASX:14D
1414 Degrees — Investor Presentation (October 2025)
9 slides from 1414 Degrees's investor presentation, October 2025
Slide 1: SiNTL™ Nanotechnology
SiNTL™ Nanotechnology Low Temperature Synthesis of Silicon Nanoparticles for Next Generation Li-ion Battery Anodes Leveraging Carbon Capture by 14D’s SyPHyR technology Based on technology developed at the George Washington University ASX:14D
Slide 2: Disclaimer
DISCLAIMER The material contained in this document is a presentation of general information about the activities of 1414 Degrees Ltd and its related bodies, current as at the date of this presentation. It is provided in summary and does not purport to be complete. You should not rely upon it as advi
Slide 3: Silicon Anode Battery Market
Silicon Anode Battery Market KEY TAKEAWAYS Market revenue valued at USD 536.53 million in 2025, projected to reach USD 20.8 billion by 2034 Strong growth outlook with a CAGR of 50.14 % 2025 to 2034 Asia Pacific held 54% revenue share in 2024; North America forecast fastest growth By capacity <1,500
Slide 4: Silicon vs. Graphite (Traditional Anode)
Silicon vs. Graphite (Traditional Anode) Higher Energy Faster Charging Density Lighter and Smaller ADVANTAGES OF SILICON: Longer Cycle Life Batteries ~10× higher theoretical capacity silicon can store ~10 x more lithium ions (graphite: ~372 mAh/g; silicon: ~3,600–4,200 mAh/g) Greater energy density
Slide 5: A Potential Breakthrough for Li-ion Batteries
A Potential Breakthrough Clean energy compatible: Runs on solar-powered furnaces or resistive heating for Li-ion Batteries No HF or SiH4 used: Safer for scale-up and regulatory approval LOW COST, LOW TEMPERATURE. 14D has secured the exclusive global license to a breakthrough aluminum- Recyclable sal
Slide 6: Key Features & Benefits
Key Features & Benefits Air stable Silicon nanoparticle with AI coating Low-temperature, one-pot synthesis ~125–180°C Silicon nanoparticles Produces aluminium-coated silicon nanoparticles and composites synthesised in the presence of directly during synthesis — high yield, simple, and scalable carbo
Slide 7: 14D history with silicon
14D history with silicon 1414 Degrees - silicon expertise since 2009 1414 Degrees is a clean energy company using proprietary silicon based technologies to deliver delivering scalable solutions for renewable heat and clean hydrogen to advanced battery materials Prototype TESS-IND GAS-TESS SiBox® SiP
Slide 8: SiNTL Development and Commercialisation Timeline
SiNTL Development and Commercialisation Timeline Continuous sample fabrication and testing targeting >500 mAh/g, advancing toward 600 mAh/g within 12 months OCT’25 OCT’25 → OCT’25 - MAR’26 JAN’26 - MAR’26 JUN’26 - DEC’26 Execute exclusive global Ongoing fabrication Commercial engagement Provide SINT
Slide 9: Contact
Contact +61 8 8357 8273 info@1414degrees.com.au 1414degrees.com.au ASX:14D ASX:14D