Lindsey Optics 4x5.65" Brilliant Full Spectrum IR 0.9 Neutral Density Filter with Anti-Reflection Coating, 3 Stop, 12.5% Transmission

If you're seeking to elevate your photography with precise exposure control and impeccable image quality, the 4x5.65" Brilliant Full Spectrum IR 0.9 Neutral Density Filter is an essential tool for your camera kit. This high-quality, durable filter is designed to reduce the amount of light entering your lens by 3 stops, allowing for a 12.5% light transmission. This reduction enables photographers to open the aperture for a reduced depth of field or to slow the shutter speed for capturing motion blur, granting complete creative control under various lighting conditions.

Crafted with a multi-coated anti-reflection coating, this filter effectively minimizes reflections and glare, ensuring that your images exhibit brilliant contrast and vibrant color saturation. The full-spectrum neutral density design attenuates all wavelengths of light, including UV, visible, and infra-red. By cutting infra-red energy, it eliminates "infra-red pollution," which can lead to unwanted color shifts in digital cameras, ensuring that the neutral gray color remains true and consistent over time.

The versatility of this 4x5.65" filter size makes it a popular choice for a wide range of cameras and lenses, catering to the needs of both professional and amateur photographers. Its solid glass construction is not only durable but also ensures that the neutral gray color is embedded within the glass itself, rather than in a plastic layer or a surface coating, guaranteeing that it will never fade.

Each filter is uniquely marked with a serial number, enhancing traceability for warranty claims and simplifying inventory control for dealers and rental houses. Whether you're capturing landscapes, portraits, or dynamic scenes, the Brilliant Full Spectrum IR 0.9 Neutral Density Filter with Anti-Reflection Coating is an easy-to-use, effective solution for achieving the perfect exposure and maintaining the integrity of your images.