HomeProducts
Silicon anode materialsfor every cell roadmap.
From our flagship porous-silicon anode to ready-to-blend composites — choose the material that fits your capacity target and production line.
Flagship01
1,350mAh/g
PoroSil™
Porous silicon–carbon anode
Micron-scale porous silicon with built-in room to expand — engineered for high capacity and long cycle life.
- Up to 30% higher cell-level energy
- Controlled expansion inside every particle
- Pilot-scale sampling available now
High Capacity02
Si–Ccomposite
Silicon–Carbon Composites
Carbon-coated silicon powders
A conductive carbon network around silicon keeps electrical contact stable — for higher-energy lithium-ion cells.
- Reliable particle-to-particle conductivity
- Stable performance over repeated cycling
- Suited to high-energy cell designs
Drop-in Blend03
+28.6%anode capacity*
Graphite–Silicon Composites
Ready-to-blend anode material
Silicon blended with graphite for an instant capacity boost using conventional slurry and electrode processes.
- No change to existing production lines
- Cost-effective path to higher energy
- Familiar graphite processing behaviour
Quick compare
Which material isright for you?
A simple guide to our portfolio. Our team will help you choose the right grade for your cell format and targets.
| Feature | PoroSil™ | Silicon–Carbon Composites | Graphite–Silicon Composites |
|---|---|---|---|
| Best for | Maximum energy density | High-energy cells | Easy upgrade of existing cells |
| Capacity level | Highest | High | Improved |
| Material type | Porous Si–C powder | Carbon-coated Si | Si + graphite blend |
| Line compatibility | Blends with graphite | Standard electrode process | Drop-in, no line changes |
| Status | Pilot-scale sampling | On request | On request |
| Learn more | PoroSil™ | Si–C Composites | Graphite–Si Composites |
*Modelled: 10 wt% PoroSil™ blended into a 350 mAh/g graphite anode — illustrative, not cell-test data.