
Engineered for ultra-precision in lithium battery electrode slitting, our tungsten carbide blades deliver burr-free cutting with micron-level accuracy.
Battery electrode slitting blades are precision-engineered cutting tools designed for ultra-fine slitting of lithium-ion battery electrodes and separators. Our high-performance blades are manufactured using sub-micron tungsten carbide (YG8/YG12X grades) and advanced coating technologies to ensure exceptional durability, sharpness retention, and burr-free cutting performance.
Used in applications including anode/cathode slitting, copper/aluminum foil cutting, separator film processing, and battery component fabrication, our blades provide the cutting precision and reliability needed for optimal battery production efficiency. We offer customized solutions tailored to specific machine compatibility (BYD, Nishimura, Yakang) and operational parameters in dry-room environments.
At Shengao, we specialize in manufacturing high-performance battery electrode slitting blades engineered for precision cutting in lithium battery production. Our custom blade service offers premium tungsten carbide materials (YG8/YG12X grades) and specialized alloys.
Our battery electrode blades are designed for optimal performance in various applications including anode/cathode slitting, copper/aluminum foil cutting, separator film processing, and lithium battery component fabrication. With strict quality control throughout our manufacturing process - from material selection to CNC machining and final inspection - we ensure every blade meets the highest standards of precision and reliability for high-speed battery production lines.
Our battery electrode slitting blades are engineered with German technology for exceptional precision and durability in high-speed lithium battery production.
Material Compatibility: Premium tungsten carbide and sub-micron grain materials.
Precision Engineering: CNC-controlled grinding ensures consistent edge geometry with ±0.002mm tolerance.
Custom Solutions: Tailored blade designs available for specific machine compatibility and operational parameters in dry-room environments.
Heat Treatment: Advanced vacuum thermal processing enhances hardness and toughness for optimal performance in continuous battery production.
Surface Finishes: Mirror polishing (Ra ≤0.4μm) and specialized coatings reduce friction, prevent material adhesion, and resist corrosion.
Shengao battery electrode slitting blades are engineered with superior features to maximize cutting performance and longevity in demanding lithium battery manufacturing applications.
These features make Shengao battery electrode slitting blades the preferred choice for professionals seeking reliability, precision, and value in their lithium battery manufacturing operations.
Find answers to common questions about our premium battery electrode slitting blades
Shengao battery electrode slitting blades are crafted from premium materials to ensure exceptional durability and cutting performance in lithium battery production:
Each material undergoes specialized heat treatment to achieve optimal hardness (HRA 89-93) while maintaining toughness for high-precision electrode cutting applications.
Selecting the appropriate battery electrode slitting blade depends on several critical factors:
Our technical team provides customized recommendations based on your specific material characteristics and machine specifications.
Proper maintenance extends blade life and ensures optimal performance in lithium battery production:
Shengao offers professional blade regrinding services and provides detailed maintenance guides with every purchase.
Yes, we specialize in custom battery electrode slitting blade manufacturing with extensive capabilities:
Our engineering team can develop prototypes within 7-10 working days. Minimum order quantities start at just 5 units for custom blades.
Our battery electrode slitting blades serve critical applications in the lithium battery and new energy industries:
We also serve specialized applications with custom cutting solutions for emerging battery technologies and composite materials.