1910CL-PE-10 - Walter 19-Inch Clear PETG Grinding Visor, 0.040 Thick (Pack of 10)

Technical Overview of the Walter 19" PETG Visor

The Walter 1910CL-PE-10 is a premium replacement visor designed for industrial environments requiring robust face protection against flying debris, splashes, and particulate matter. Manufactured from Polyethylene Terephthalate Glycol (PETG), this visor offers a distinct set of material properties beneficial for specific safety applications. Unlike standard polycarbonate, PETG provides a unique balance of clarity and chemical resistance, making it suitable for environments where workers may be exposed to specific solvents or chemicals that could craze or degrade other plastics. The lens features a nominal thickness of 0.040 inches, providing a sturdy barrier that meets standard impact resistance requirements without adding excessive weight to the user's headgear assembly.

The physical dimensions of the visor are engineered for maximum coverage. With a width of 19 inches and a height of approximately 10 inches, the shield wraps significantly around the user's face, offering peripheral protection that flat or narrower shields cannot match. This wrap-around design is critical for preventing debris from entering from the sides during grinding or machining operations. The visor is die-cut with a universal hole pattern, ensuring compatibility with a broad range of headgear, brow guards, and hard hat adapters commonly found in the MRO and industrial safety market. This universality simplifies inventory management for safety officers who may manage diverse PPE equipment across a facility.

Optical clarity is a paramount feature of the 1910CL-PE-10. The PETG material is manufactured to minimize distortion, reducing eye strain during prolonged use. Each visor is shipped with protective masking on both sides to prevent scratching during transit and storage, ensuring that the user starts with a pristine field of view. This pack of 10 units is designed for high-volume usage, allowing for frequent change-outs in abrasive environments where pitting and scratching of the lens are inevitable over time.