Detailed Description
Our carbide slitting knives are meticulously crafted using advanced manufacturing techniques to meet the stringent demands of the lithium-ion battery industry. With a focus on precision and efficiency, these knives provide a clean cut every time, minimizing material waste and enhancing production throughput.Features
- Micro-level defect control on blade edges reduces burrs. - Micro-flatness ensures consistent quality across cuts. - Precision honed edge prevents cold welding, reducing downtime. - Optional TiCN or diamond-like coatings enhance wear resistance. - Cost-effective solution with extended service life. - Exceptional cutting performance across varied sizes. - Tungsten carbide ultra-fine grain hard alloy with specialized edge treatment for superior sharpness and longevity.Specification
| Items | øD*ød*T mm | |
| 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 |
Application
Ideal for use in tungsten carbide slitting processes for lithium-ion batteries, these knives are compatible with leading battery manufacturers' machinery, including CATL, Lead Intelligent, and Hengwin Technology.FAQ
Q: Are these knives suitable for cutting different types of battery materials? A: Yes, our knives are designed to handle various materials used in lithium-ion battery production, ensuring optimal performance regardless of the substrate. Q: Can I choose between different coatings for my knives? A: Absolutely, we offer TiCN metal ceramic and diamond-like coatings to suit your specific application needs, providing enhanced protection against wear. Q: How do these knives contribute to cost savings? A: By offering exceptional durability and reducing the frequency of blade changes, our knives minimize maintenance costs and increase operational efficiency.
