258853 - Miller T94i Grinding Shield Tear-Away Film (5-Pack)

Maximize the Lifespan of Your T94i Helmet

The Miller 258853 Tear-Off Lens is a critical maintenance accessory designed exclusively for the Miller T94i™ and T94i™-R series welding helmets. In high-intensity industrial environments, grinding debris, sparks, and spatter can rapidly degrade the optical clarity of your helmet's integrated grinding shield. This 5-pack of tear-away films provides a sacrificial layer of protection, ensuring that your permanent shield remains free from pitting and scratches for as long as possible.

Engineered for seamless integration, these films adhere directly to the exterior of the standard grinding shield (part number 258979). The application process is straightforward, allowing operators to apply a fresh film quickly without significant downtime. Once the film becomes dirty or pitted from heavy use, the convenient pull-tab allows for immediate removal, instantly revealing a clean, clear view beneath. This system is particularly beneficial for professionals utilizing the T94i-R PAPR systems, where maintaining a sealed and clear environment is paramount for safety and productivity.

Using genuine Miller accessories like the 258853 tear-offs ensures that the optical quality of your helmet is not compromised. Generic films may distort vision or fail to adhere correctly to the curved surface of the T94i shield. By investing in these protective layers, you are effectively insuring the more expensive components of your headgear against premature wear. Whether you are performing heavy material removal or precision finishing, maintaining a clear line of sight is essential for quality workmanship and personal safety.

This package contains five individual tear-off lenses, providing a stock of replacements to keep you working efficiently. Regular replacement of these films is a best practice in welding and fabrication shops, reducing eye strain caused by looking through damaged lenses and ensuring that the user always has the best possible visibility of the workpiece.