LiX® Products
4 Lithium Metal Anode Products
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LiX® Composite Lithium Metal Anode Engineered to Suppress Dendrite Formation
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Sustainable, Scalable, Cost-Efficient, and Environmentally Friendly Manufacturing
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Industry-Leading Energy Density Enabled by Ultra-Thin LiX® Anodes
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Customizable Thicknesses from 5 to 200 µm and Widths up to 200 mm
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Easy Lamination of LiX® Anodes onto Various Current Collectors for Versatile Applications
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Superior Shelf-Life Stability Compared to Other Commercial Lithium Foils
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Superb Moisture-Repellency Characteristics
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Super-Hydrophilic Surface for Enhanced Wettability with Liquid Electrolytes
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Tunable Surface Roughness and Manufacturing Parameters Tailored for Specific Applications
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Enabling Technology to Accelerate Adoption of Lithium-Sulfur, Lithium-Air, and Solid-State Batteries

LiX®-C
Carbonate-Based Liquid Electrolytes
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Highly Compatible with Diverse Binary and Ternary Carbonate Solvent Systems
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Reliable Long-Term Performance in Fast-Charging/Discharging Applications
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Compatible with a Wide Range of Commercial Cathode Materials
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Optimized for High Operating Voltages and Temperatures

LiX®-E
Ether-Based Liquid Electrolytes
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Broad Compatibility with Ether-Based Solutes, Solvents, and Additives
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Optimized for High-Concentration Ether-Based Electrolytes
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Designed to Meet Fast-Charging Demands in EV and Defense Applications
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Designed to Work Seamlessly with Diverse Cathode Chemistries Used in Industry

LiX®-S
Solid/Semi-Solid Electrolytes: Inorganics, Polymers, Composites
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Engineered Surface Properties to Minimize Interfacial Impedance and Suppress Undesired Interface Reactions
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Exceptional Compatibility with a Wide Range of Inorganic (Oxides and Sulfides), Polymer, and Composite Electrolytes
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Enhanced Stability Under Elevated Temperature and High-Voltage Testing Conditions

LiX®-XG
Specifically Designed for Lithium-Sulfur Batteries
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State-of-the-Art Stable-Stripping First Design – Exclusively developed for Li-S batteries to minimize surface roughness after lithium stripping
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Engineered Low-Tortuosity Structures – Optimized to enable rapid lithium-ion transport
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Electrolyte Compatibility – Fully compatible with Li-S electrolyte components, ensuring minimal interfacial resistance
