Lazer Face Z87 Ultra Black Lens - 7% - Heatwave Visual

The Heatwave Visual Lazer Face Z87 Ultra Black Lens is engineered for professionals requiring uncompromised eye protection in extreme glare conditions. This 7% Visible Light Transmission (VLT) lens is designed to significantly reduce brightness, ensuring clarity and comfort during demanding tasks in intensely lit environments. Meeting the rigorous ANSI Z87.1 standard, this lens provides reliable impact resistance essential for automotive and industrial applications.

Key Features

• ANSI Z87.1 Compliant: Constructed to meet and exceed mass impact requirements for occupational and educational eye protection, ensuring robust safety against workplace hazards.
• Ultra Black 7% VLT Lens: Delivers exceptional glare reduction, making it ideal for the brightest conditions by allowing only 7% of visible light to pass through.
• Durable Polycarbonate Construction: Features a thick 1.9mm/2mm shatter-resistant polycarbonate lens, providing long-lasting protection in rugged professional settings.
• 100% UVA/UVB Protection: Shields eyes from harmful ultraviolet radiation, safeguarding long-term eye health during prolonged outdoor exposure.
• Comfort-Oriented Design: Incorporates a no-slip rubberized Hytrel® nose piece for a secure and comfortable fit, even during extended wear.
• Replaceable Components: Designed with user convenience in mind, allowing for easy replacement of lenses, nose pieces, frames, and arms to extend product lifespan.

Applications

This Ultra Black lens is specifically suited for professional technicians and mechanics working in environments characterized by severe glare. Common use cases include outdoor automotive work under direct sunlight, industrial settings with intense reflective surfaces like snow or sand, bright rooftops, and tasks requiring maximum light filtration where standard safety glasses are insufficient. It is crucial to note that due to its extremely low VLT, this lens is not recommended for operating vehicles or in low-light conditions.