Purity 99.5%: Lithium Iron Silicide with 99.5% purity is used in advanced battery electrode manufacturing, where it enhances charge-discharge cycling stability.

Particle Size 200 nm: Lithium Iron Silicide with 200 nm particle size is used in silicon-based anode composites, where it improves ionic conductivity and electrode homogeneity.

Melting Point 1100°C: Lithium Iron Silicide with a melting point of 1100°C is used in thin-film semiconductor deposition, where it ensures thermal stability during high-temperature processing.

Stability Temperature 900°C: Lithium Iron Silicide with a stability temperature of 900°C is used in high-powered electronic devices, where it provides reliable long-term phase integrity.

Powder Form: Lithium Iron Silicide in powder form is used in specialized alloy production, where it facilitates uniform dispersion within the metallic matrix.

Surface Area 15 m²/g: Lithium Iron Silicide with a surface area of 15 m²/g is used in catalysis support materials, where it increases active site accessibility for enhanced reactivity.

Electrical Resistivity 2.5 µΩ·cm: Lithium Iron Silicide with an electrical resistivity of 2.5 µΩ·cm is used in microelectronic interconnects, where it delivers efficient electron transport with minimal losses.

Molecular Weight 152.83 g/mol: Lithium Iron Silicide with a molecular weight of 152.83 g/mol is used in lithium-ion cell research, where it allows precise stoichiometric control in composite formulations.

Bulk Density 2.7 g/cm³: Lithium Iron Silicide with a bulk density of 2.7 g/cm³ is used in powder metallurgy applications, where it ensures consistent compaction and sintering behavior.

Phase Purity >98%: Lithium Iron Silicide with phase purity greater than 98% is used in next-generation energy storage materials, where it maximizes electrochemical performance and reproducibility.