The XK-R110TIN industrial razor blade is a 3-hole double-edge slitter blade manufactured from TiN-coated tungsten carbide. Its thin 0.10 mm geometry supports precise, low-drag slitting of films, foils, polyethylene, polypropylene and packaging materials. The wear-resistant TiN coating helps extend blade service life when processing abrasive or filled materials.
XK-R110TIN Industrial Razor Blade | 3-Hole Double Edge | Tungsten Carbide | Tin Coated | 43 x 22 x 0.10 mm
€7.78
In stock
In stock
Additional information
| Dimensions | 43 × 0.10 × 22 mm |
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Description
The XK-R110TIN industrial razor blade is a precision 3-hole double-edge blade manufactured from tungsten carbide and protected by a wear-resistant titanium nitride coating. Its standard 43 x 22 mm platform and 0.10 mm thickness make it suitable for controlled slitting and converting processes requiring a thin, stable cutting edge.
The TiN coating increases resistance to abrasive wear and reduces friction at the cutting edges. This makes the XK-R110TIN particularly suitable for demanding packaging materials, abrasive films and filled polymer products that can cause accelerated wear on uncoated blades.
Learn more about tungsten carbideblades and their advantages in high-speed slitting and converting.
4. Key Benefits
- TiN-coated cutting edges: Improved resistance to abrasive wear compared with an equivalent uncoated blade.
- Tungsten carbide construction: Provides high wear resistance and dependable dimensional stability.
- Thin 0.10 mm geometry: Supports low-drag cutting and helps reduce deformation of flexible materials.
- Double-edge design: Provides two usable cutting edges for efficient blade utilization.
- Standard 3-hole platform: Designed for compatible 43 x 22 mm three-hole razor-blade holders.
- Reduced cutting friction: The TiN coating supports consistent cutting performance during extended production runs.
- Precision slitting: Suitable for controlled cutting of films, foils and flexible packaging materials.
Learn more about TiN coated industrial blades.
5. Recommended Applications
- Slitting and converting flexible packaging materials
- Polyethylene film
- Polypropylene film
- Polyester and comparable technical films
- Plastic foils
- Laminated packaging materials
- Abrasive or filled polymer films
- Packaging materials that cause accelerated blade wear
- Industrial film and foil converting
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