SiO Powder as Anode Material (SL450A-SOC)
Advanced Silicon Monoxide (SiO) Powder — SL450A-SOC designed as a high-capacity anode material for lithium-ion batteries. Engineered for improved energy storage and enhanced charge/discharge performance, this SiO powder provides excellent electrochemical properties for research, development, and prototype battery applications.
Product Code: MT-MAT-2025
Product Overview
Matlabs Technologies SiO Powder (SL450A-SOC) is a silicon monoxide anode material formulated for enhanced energy capacity in lithium-ion battery systems. Silicon monoxide (SiO) has gained popularity as a next-generation anode material due to its significantly higher reversible capacity compared to conventional graphite active materials.
This powder exhibits a balanced particle size distribution and controlled surface area — which helps with electrode slurry formulation, improved tap density, and reliable electrode coating. The SL450A-SOC grade delivers a strong combination of high capacity and first discharge efficiency, making it ideal for battery R&D and prototype cell development.
Features & Benefits
• High Specific Capacity — ~450 mAh/g delivers enhanced charge storage performance.
• Optimized Particle Distribution — Controlled D10, D50, and D90 sizes support uniform electrode coating and slurry consistency.
• Good Tap Density — ≥ 0.9 g/cm³ supports higher packing density for improved electrode energy density.
• Low Moisture Content — ≤ 0.06 % helps reduce side reactions and improves processing stability.
• High First Discharge Efficiency — ≥ 88 % promotes better initial performance metrics.
Typical Applications
- Lithium-Ion Battery Anodes – High-capacity active material for next-gen energy storage.
- Battery R&D & Prototype Cells – Ideal for formulation testing in research environments.
- Advanced Energy Storage Systems – Suited for applications requiring enhanced energy density.
Packaging & Handling
Supplied as a precision-engineered powder in carefully sealed packaging to maintain material integrity and minimize moisture uptake. Store in a dry, controlled environment and handle with appropriate safety measures and PPE when preparing electrode slurries.
