SILO Silicon™ Technology • Made in the USA
A manufacturable pathway to higher-energy lithium-ion batteries.
SILO Silicon™ uses a polymer-composite framework engineered to manage silicon expansion. The composite is designed to be self-healing, helping maintain structural integrity through cycling while enabling performance at meaningful silicon loadings.
Core technology concept
Silicon expands during lithiation. Our approach centers on a polymer-composite architecture that provides a supportive framework and improves mechanical resilience—helping address expansion-driven degradation pathways.
01 — Expansion management
Polymer-composite framework
Designed to accommodate silicon volume change while maintaining electrode cohesion.
02 — Self-healing behavior
Resilience through cycling
Composite chemistry is designed to recover/maintain structure after mechanical stress events.
03 — Practical pathway
Integration-minded material strategy
Built for partner diligence: fact sheet → samples → NDA datasets and conditions.
Evaluate SILO Silicon™
Start with the fact sheet, then request samples and NDA datasets.
Why it matters
Better path to OEM relevance
Performance improvements coupled with an integration mindset for real programs—not just lab results.
Designed for diligence
Clear partner workflow for technical validation and commercialization discussions.
U.S. supply chain alignment
Made in the USA—supporting domestic manufacturing and strategic applications.
Talk to the team
Samples, partnerships, and investor diligence: info@paracleteenergy.com