288278 - Miller Clear Anti-Fog Replacement Lens for Face Shield

Miller 288278 Replacement Clear Lens with Anti-Fog & HDV Technology

The Miller 288278 Replacement Clear Lens is a premium optical component designed to restore the functionality and safety of your Miller industrial face shield. Engineered for professionals who demand absolute clarity and robust protection, this lens integrates Miller's exclusive High-Definition View (HDV) technology. This advanced optical design ensures a sharp, detailed view of the workpiece from any angle, effectively eliminating the distortion often found in standard polycarbonate visors. For industrial operators engaged in precision grinding, chipping, or wire brushing, this distortion-free visibility is critical for maintaining high-quality standards and ensuring operator safety.

Constructed from high-impact polycarbonate, the lens provides a formidable barrier against flying debris, sparks, and particulate matter. It is rigorously tested to meet ANSI Z87.1+ and CSA Z94.3 standards, certifying its capability to withstand high-velocity impacts common in heavy industrial environments. Beyond physical impact protection, the material inherently blocks 99.9% of harmful UVA, UVB, and UVC radiation, safeguarding the user's vision against long-term damage from spectral exposure. The lens measures 8.4 inches in height, 8.6 inches in width, and features a substantial 0.8-inch thickness profile (including curvature depth), ensuring comprehensive facial coverage.

A standout feature of this replacement lens is its industrial-grade Anti-Fog coating. In environments with fluctuating temperatures or high humidity, lens fogging can severely compromise visibility and productivity. The Miller 288278 mitigates this issue, maintaining a clear field of view even during strenuous activity. This lens is specifically designed as a direct replacement for Miller face shields, ensuring a secure fit and seamless installation. By maintaining your safety equipment with genuine Miller components, you ensure optimal performance and compliance with safety regulations.