Solutions de découpe du graphite pour des tranches de batterie ultrafines : Obtenir une grande précision avec la scie à fil diamanté
Introduction: The Growing Demand for Ultra-Thin Graphite Slices With the increasing adoption of lithium-ion and solid-state batteries in electric vehicles, portable electronics, and renewable energy storage, manufacturers are under pressure to deliver higher performance and greater energy density. One of the key factors is the use of ultra-thin graphite slices, which serve as the anode material in modern battery cells. However, producing such thin layers with consistent quality is a technical challenge that traditional cutting methods often fail to overcome. This has led to the growing implementation of advanced graphite cutting technologies, especially diamond wire saws, in battery manufacturing. Challenges of Traditional Graphite Cutting Methods Conventional methods, such as mechanical sawing or blade slicing, struggle with accuracy and surface control. Key limitations include: These issues limit the scalability and efficiency of graphite processing for battery applications. Diamond Wire Saw: A Precision Solution for Graphite Cutting Diamond wire saws offer a
