HomeProductsSilicon–Carbon Composites
High-capacity anode material
Silicon–Carbon Composites
Carbon-coated silicon anode powders
Silicon particles wrapped in a conductive carbon network — built to keep electrical contact stable and deliver higher energy in next-generation lithium-ion cells.
carbon network
silicon core
Every cell formatThe material
Silicon capacity.Carbon stability.
Silicon stores far more lithium than graphite, but on its own it loses electrical contact as it expands. Our Silicon–Carbon Composites surround each silicon particle with a carbon network, so energy stays accessible charge after charge.
- Higher energy — silicon-based capacity well beyond conventional graphite.
- Conductive network — carbon keeps electrons flowing between particles.
- Cycle stability — carbon coating helps protect particles over repeated cycling.
- Made in India — produced at our Si anode pilot plant in Odisha.
Why carbon matters
Engineered at theparticle level.
Each design choice targets a real challenge of using silicon in commercial lithium-ion cells.
Conductive Carbon Network
A carbon coating links silicon particles together, maintaining reliable electron pathways throughout the electrode.
Protected Silicon Surface
The carbon shell helps limit unwanted side reactions with the electrolyte and supports particle integrity.
Higher Energy Density
Silicon-based capacity enables more energy in the same cell volume — ideal for high-performance designs.
Choosing the right material
Where Si–C Compositesfit in our portfolio.
Three materials, three paths to higher energy. Our team will help you choose the right grade for your cell targets.
PoroSil™
Porous Si–C with built-in expansion space — our highest-capacity material.
View PoroSil™Silicon–Carbon Composites
Carbon-coated silicon for stable, high-energy cell designs.
Current productGraphite–Silicon Composites
A drop-in blend that boosts capacity on existing graphite lines.
View productTechnical snapshot
Grades tailoredto your cell.
Detailed specifications, test data and recommended electrode recipes are shared with qualified partners. Tell us your cell format and targets — we’ll recommend the right grade.
- Product
- Silicon–Carbon Composite powder
- Structure
- Carbon-coated silicon particles
- Specific capacity
- On request
- Particle size (D50)
- On request
- First-cycle efficiency
- On request
- Integration
- Standard electrode slurry process
- Availability
- Samples on request
Applications
Built forhigh-energy cells.
Wherever energy density matters, Silicon–Carbon Composites help batteries deliver more.
