Material and purpose purity graphite fiber felt engineered for use in energy storage electrodes. Designed to improve electrical contact and facilitate efficient charge transfer in lithium and sodium sulfur battery systems. Key benefits (why you need it) Significantly reduces internal resistance through uniform thickness and flatness, increasing voltage efficiency by more than 30% compared with standard felts. Boosts charge and discharge current density by over 200%, enabling higher power delivery and faster charging without compromising stability. Durable and reliable across prolonged charge/discharge cycles with no energy efficiency loss, making it suitable for longterm, use applications. How it solves common problems Lowers resistive losses that cause heat, voltage drop, and reduced run time, improving overall system efficiency. Supports higher currents while maintaining uniform contact and structural integrity, preventing hotspots and premature degradation. Provides consistent performance over many cycles, reducing maintenance and replacement frequency for battery systems. Standout attributes purity graphite composition for conductivity and chemical compatibility with lithium and sodium sulfur chemistries. Precisely controlled thickness and flatness for predictable, repeatable electrical performance. Engineered for stable cycling behavior to preserve energy efficiency over extended service life. Typical applications and use scenarios rate lithium battery modules where fast charging and discharge power are required (e.g., electric vehicle packs or power tools). Sodium sulfur gridscale storage or industrial battery systems that demand stable longduration cycling and current throughput. Lab and prototype cells where improved electrode contact and reproducible performance are needed to validate cell designs. What to expect when you integrate it Noticeable improvement in voltage efficiency and power density without compromising cycle life. More efficient energy transfer during both charge and discharge phases, yielding better overall system performance. A robust electrode component that supports prolonged, current operation in compatible lithium and sodium sulfur battery architectures.