Lindsey Optics 4x5.65" Brilliant Full Spectrum IR 1.8 Neutral Density Filter with Anti-Reflection Coating, 6 Stop, 1.6% Transmission

From the seasoned professional photographer to the passionate amateur, the 4x5.65" Brilliant Full Spectrum IR 1.8 Neutral Density Filter from Lindsey Optics is an essential tool for achieving the perfect exposure in a variety of lighting conditions. This high-quality, durable filter provides an impressive 6-stop light reduction, translating to a mere 1.6% light transmission, enabling you to open your aperture for a reduced depth of field or slow down the shutter speed to capture smooth motion blur in your images.

Crafted with versatility in mind, the filter's full-spectrum neutral density design uniformly attenuates all wavelengths of light, including UV, visible, and infrared. This innovative approach ensures the elimination of infrared pollution, which can lead to unwanted color shifts in digital photography, thus maintaining the true colors of your scene.

The effectiveness of the Lindsey Optics filter is further enhanced by its innovative broadband anti-reflection coating. This feature significantly reduces reflections on both surfaces of the solid glass construction, minimizing stray light and ensuring your images are rendered with brilliant contrast and rich color saturation.

Moreover, the neutral gray color of this filter is a permanent feature of the glass itself, guaranteeing that it will never fade over time. This ensures consistent performance and reliability throughout the filter's lifespan, making it a wise investment for any serious photographer.

Each 4x5.65" Brilliant Full Spectrum IR 1.8 ND Filter is uniquely identified with a serial number, ensuring easy traceability for warranty claims and inventory management by dealers and rental houses. Whether you're shooting a cinematic scene or capturing the subtleties of a landscape at golden hour, this filter's exceptional 6-stop ND value offers you complete creative control to produce stunning, high-quality images under any lighting conditions.