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.
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.
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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