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Drop-in anode blend
Graphite–Silicon Composites
Ready-to-blend graphite–silicon anode material
Silicon blended with graphite for an instant capacity boost — using the same slurry, coating and electrode processes cell makers already run today.
processing
from silicon
Every cell formatThe easiest upgrade
Same process.More capacity.
Switching anode chemistry usually means new equipment and long requalification. Our Graphite–Silicon Composites keep the graphite you already know and add silicon for more capacity — the fastest, lowest-risk route to higher-energy cells.
- Drop-in ready — works on conventional slurry and electrode lines.
- Instant capacity gain — a modest silicon share lifts anode capacity measurably.
- Cost-effective — more energy without a full material switch.
- Made in India — produced at our Si anode pilot plant in Odisha.
Why blend
The practical pathbeyond graphite.
Built for cell makers who want higher energy now — without redesigning their production.
No Line Changes
Uses standard mixing, coating and calendering — existing equipment and know-how stay the same.
Familiar Behaviour
Graphite remains the main matrix, so handling and electrode behaviour stay close to what your team already runs.
Measurable Gain
Even a 10% silicon share is modelled to lift anode capacity by about 28.6% — more energy in the same cell.
Choosing the right material
Where Graphite–Si 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™ High capacitySilicon–Carbon Composites
Carbon-coated silicon for stable, high-energy cell designs.
View productGraphite–Silicon Composites
A drop-in blend that boosts capacity on existing graphite lines.
Current productTechnical snapshot
Blend ratios 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
- Graphite–Silicon composite anode
- Composition
- Graphite with silicon (blend ratio on request)
- Specific capacity
- On request
- Particle size (D50)
- On request
- First-cycle efficiency
- On request
- Integration
- Drop-in — no line changes
- Availability
- Samples on request
Applications
Upgrade anygraphite-based cell.
From EV packs to consumer devices, a graphite–silicon blend adds capacity without changing how cells are built.
*Modelled: 10 wt% PoroSil™ silicon material blended into a 350 mAh/g graphite anode — illustrative, not cell-test data.
