XK-R15TIN Industrial Razor Blade | 3-Hole Double Edge | Tungsten Carbide Tin Coated | 43 x 22 x 0.15 mm

Description

The XK-R150TIN is a precision industrial razor blade designed for slitting and converting flexible packaging materials. It is manufactured from high-quality tungsten carbide and features a wear-resistant titanium nitride coating on both cutting edges, making it an outstanding XK-R150TIN TiN-coated razor blade for demanding applications. In short, this XK-R150TIN TiN-coated razor blade is built to deliver durability. If you are looking for a reliable XK series industrial blade, especially the R150TIN with a titanium nitride coating, this razor blade model is an excellent choice for your needs.

With dimensions of 43 x 22 x 0.15 mm, the XK-R150TIN TiN-coated razor blade provides a practical balance between precision and stiffness. The 0.15 mm thickness offers greater stability than an ultra-thin 0.10 mm blade while remaining suitable for controlled, low-drag slitting. Therefore, for those seeking an optimal tungsten carbide cutting solution, this particular razor blade—coated with TiN—fits the requirements of professionals who value reliability in the XK-R150TIN blade series.

The TiN coating improves wear resistance and reduces friction during cutting, further enhancing the performance of the XK-R150TIN TiN-coated razor blade. This combination, found in the XK-R150TIN razor blade with a titanium nitride finish, makes it particularly suitable for abrasive films, coated papers, laminated packaging materials and longer production runs where an uncoated cutting edge may wear more quickly.

Key Benefits

• Tungsten carbide construction for dependable wear resistance means the XK-R150TIN razor blade with a titanium nitride coating is built to last in demanding environments.
• TiN-coated cutting edges for extended service life are a hallmark feature of the XK-R150TIN industrial razor blade.
• Reduced friction during high-speed slitting on titanium nitride-coated XK-R150TIN razor blades enhances overall cutting efficiency.
• Improved performance when cutting abrasive materials is achieved by using the TiN-coated XK-R150TIN razor blade design.
• Double-edge design allows both cutting edges to be used on this XK-R150TIN razor blade with a durable TiN coating.
• 0.15 mm thickness provides a balance of precision and stability in the XK-R150TIN TiN-coated razor blade for optimal results.
• Standard 3-hole configuration for compatible industrial blade holders is a feature found in the XK-R150TIN titanium nitride-coated razor blade.
• Suitable for continuous converting and packaging operations, an XK-R150TIN series TiN-coated razor blade is ideal for industrial applications.

Recommended Applications

• Polyethylene film can be efficiently cut with the razor blade XK-R150TIN featuring a TiN coating.
• Polypropylene film processing benefits from the precision of an XK-R150TIN TiN-coated razor blade.
• Flexible packaging films are best handled by razor blades like the XK-R150TIN with a titanium nitride coating for longevity.
• Plastic foils can be processed with an XK-R150TIN razor blade featuring a TiN-coated edge.
• Laminated packaging materials are easily slit by an XK-R150TIN industrial blade with a titanium nitride coating.
• Coated and abrasive films require a robust solution such as the XK-R150TIN razor blade with TiN coating for effective results.
• Paper and coated paper webs are precisely cut with the efficiency of the XK-R150TIN titanium nitride-coated razor blade.
• Packaging foils are suitable for conversion using the razor blade model XK-R150TIN that features a TiN-coated edge.
• General slitting and converting tasks can be performed with remarkable consistency by the XK-R150TIN razor blade, TiN-coated for extended service.
• Extended production runs involving abrasive materials. To sum up, industries requiring reliable and consistent cutting often select the TiN-coated razor blade XK-R150TIN type as a superior option. In summary, the XK-R150TIN TiN-coated razor blade delivers precision and extended wear resistance for industrial slitting tasks.