Detailed Description
For lithium-ion battery manufacturers demanding micron-level precision, the ETaC-3 coated slitting knife is engineered for excellence. Built to handle demanding production lines, our blade cuts battery electrodes at high speeds with near-zero burrs. We utilize ultra-fine edge grinding and durable PVD coating, backed by ISO 9001-certified quality control. Whether you're manufacturing EV batteries, 3C electronics, or energy storage systems, this blade delivers the consistent performance your operation needs.
Key Features
⚙️
Built to Last
High-density tungsten carbide stands up to non-stop production, keeping blades sharper for longer.
🛡️
Smooth Operator
Advanced PVD coating reduces friction and prevents metal residue from sticking to the blade.
🎯
Surgical Precision
Ultra-sharp edges leave less than 5μm of burr, ensuring cleaner cuts and superior battery performance.
📏
Precision Lapping
Ensures flatness within ±2μm for exceptionally stable and consistent cuts.
🧪
Anti-Stick Process
Specialized grinding lowers contamination risk in NMC/LFP electrode slitting.
✏️
OEM Customization
Tailored dimensions, coatings, and edge geometries to meet your specific production requirements.
Specifications
| Items |
Dimensions (ØD*Ød*T mm) |
Blade Type |
| 1 | 130-88-1 | Upper slitter |
| 2 | 130-70-3 | Bottom slitter |
| 3 | 130-97-1 | Upper slitter |
| 4 | 130-95-4 | Bottom slitter |
| 5 | 110-90-1 | Upper slitter |
| 6 | 110-90-3 | Bottom slitter |
| 7 | 100-65-0.7 | Upper slitter |
| 8 | 100-65-2 | Bottom slitter |
| 9 | 95-65-0.5 | Upper slitter |
| 10 | 95-55-2.7 | Bottom slitter |
Applications
EV Batteries
Perfect for fast-paced electric vehicle production lines, slicing through tough NMC and NCA cathode materials with ease, even with nickel-rich formulations or ultra-thin foils.
Energy Storage
Tungsten carbide toughness provides clean edges for thick LFP electrodes used in grid-scale batteries, delivering consistent quality batch after batch.
3C Batteries
Micron-level control offers razor-sharp precision for smartphones, tablets, and wearables, handling delicate LCO foils thinner than a human hair.
Why Choose These Solutions?
- ✅ Trusted by industry leaders for critical electrode cutting applications.
- ✅ ISO 9001-certified quality control ensures every blade meets high standards.
- ✅ 24/7 engineering support available to solve complex slitting challenges.
Frequently Asked Questions
Q1: Why choose ETaC-3 over standard slitting blades?
A: The PVD-coated carbide reduces wear by 40% compared to uncoated blades, which is critical for high-volume LFP production.
Q2: Can the blade diameter and thickness be customized?
A: Yes, OEM solutions are available for unique electrode widths ranging from 90mm to 130mm and beyond.
Q3: How do these blades minimize edge chipping?
A: Our specialized micro-grinding process strengthens the edge, allowing for over 500,000 cuts under optimal conditions.
Q4: What level of burr can I expect from these knives?
A: The edges are precision-ground to leave behind less than 5μm of burr, ensuring cleaner cuts and better battery performance.
Q5: Is the blade suitable for nickel-rich cathode materials?
A: Yes, the high-density tungsten carbide and anti-stick grinding process are specifically designed to handle tough NMC and NCA materials.
Q6: How is the flatness of the blade maintained?
A: We use precision lapping technology to ensure flatness within ±2μm, which provides maximum stability during high-speed cutting.
Shen Gong Carbide
