Silicon Nano Powder 50 nm (Silgrane)
Premium Silicon Nano Powder (50 nm) — ultra-fine, high-purity silicon nanoparticles engineered for advanced battery applications, especially as a high-capacity anode material in lithium-ion systems. With particle size around 50 nm and purity ≥ 99.9 %, this nano silicon powder supports improved energy storage and enhanced electrochemical performance when incorporated into anode formulations.
Product Code: MT-MAT-2025
Product Overview
Matlabs Technologies’ Silicon Nano Powder (50 nm, Silgrane) is designed as a next-generation raw material for energy storage and advanced materials research. With ultra-fine nano-sized silicon particles and near-zero impurities, this powder enables:
- Higher theoretical capacity compared to traditional graphite anodes — silicon has a much larger lithium storage potential.
- Excellent charge/discharge characteristics when used as nano-silicon anode material in lithium-ion cells, especially in nano or composite formulations.
- Support for research, prototype, and experimental battery system development where high energy density is desired.
The extremely small particle size (~50 nm) increases specific surface area, enhances lithium-ion diffusivity, and helps mitigate some volume expansion challenges typical of silicon anodes when appropriately engineered. shop.nanokar.com
Features & Benefits
• Ultra-Fine Nano Size (~50 nm) – High surface area and strong electrochemical activity.
• High Purity (≥99.9 %) – Minimal impurities to ensure consistent performance and reduced side-reactions.
• Superior Energy Storage Potential – Silicon has a theoretical capacity significantly higher than graphite, enhancing battery energy density.
• Ideal for Advanced Anode Formulations – Suitable for composite silicon-graphite anodes, nano-structured electrodes, and high-performance energy storage research.
Applications
- Lithium-ion Battery Anode Materials – For cells requiring higher energy density.
- Nano Material Research & Development – Ideal for labs and pilot programs advancing battery technologies.
- Composite Active Materials – Combined with carbon/graphite to improve cycling stability.
Packaging & Handling
Supplied in tightly sealed packaging to prevent moisture uptake and oxidation — maintain dry, temperature-controlled storage. Handle with appropriate safety protocols for nanopowder materials and avoid prolonged airborne exposure.
Download detailed product technical specifications for more details
Are you interested? Contact our sales department now
For Purchase the Product click on below Voltswatt Button
