Product description
Product Name: Comprehensive Selection of Lithium-ion Battery Research Materials
Product Summary
Our Li-ion Battery Research Materials category provides a full spectrum of high-purity components and advanced materials essential for the research, development, and prototyping of next-generation lithium-ion, sodium-ion, and solid-state battery cells. Success in battery R&D hinges on the quality of every component—from the active materials that store charge to the auxiliary materials that enable stable and safe operation.
We supply rigorously tested materials that ensure high purity, controlled particle morphology, and consistent electrochemical performance, giving researchers the reliability needed to push the boundaries of energy density, power capability, and cycle life.
Key Material Categories
Primary Applications
Electrode Development:
New Chemistry Screening: Rapid testing and validation of novel active materials for improved capacity and voltage window.
Slurry Formulation: Optimization of binder, conductive additive, and active material ratios for ideal film properties (density, porosity, and adhesion).
Cell Prototyping:
Essential supply for fabricating various cell formats, including Coin Cells, Swagelok Cells, and Pouch Cells (Requires use of Battery Packaging Machine and Electrode Coating Device).
Advanced Battery Systems:
Solid-State Research: Providing specialized solid electrolyte powders (e.g., sulfides, polymers, garnets) and high-purity Lithium metal foils.
Quality and Reliability
All materials are supplied with detailed specifications regarding purity, D50 particle size distribution, and surface area where applicable. Strict quality control ensures that materials are delivered with minimal moisture content and low trace metal contamination, which is critical for maximizing cell safety and cycle life.
Ordering and Consultation
We offer flexible quantities to support all stages of research, from small-scale lab testing to pilot production. Contact our technical team for assistance in selecting the optimal material combinations for your specific electrochemical platform.
