Hoya 67mm HD MKII IRND 64 Neutral Density 1.8 6-Stop Filter

With the 67mm HD MKII IRND 64 Neutral Density 1.8 6-Stop Filter, you can achieve precise control over both visible and IR light spectrums, thanks to HOYA's exclusive ACCU-ND technology. This high-quality, durable filter ensures equal reduction of light across spectrums, eliminating the common issue of color shift in various shooting conditions.

As an essential tool for filmmakers and photographers, this versatile neutral density filter allows you to regulate the amount of light passing through your lens with precision. Filmmakers can match shutter speeds to their frame-rate while maintaining creative depth-of-field control. Photographers, on the other hand, can achieve longer exposures or a shallower depth-of-field even in the brightest sunlight conditions.

The filter is housed in a new low-profile, lightweight, precision-milled aluminum frame. This reliable frame is designed to prevent light leaks and bleeding around the filter, which are common issues during long exposures. It also includes front filter threads, allowing you to attach additional filters or a protective lens cap.

The HD MKII IRND series features an anti-reflection multi-coating that effectively reduces reflections caused by scattered light rays, a critical concern during long exposures. Additionally, a waterproof and oil repellent top-coat is applied for easy cleaning and maintenance.

For photographers seeking to achieve a specific effect in their final image, the choice of ND filters can be customized. If a single ND filter doesn't meet the demands of the situation or the photographer's vision, a combination of filters can be used. For instance, stacking the HD MKII IRND 64 with the HD MKII IRND 1000 will provide 16 stops of light reduction, allowing you to capture the surface of the sun without overexposure.

In summary, the 67mm HD MKII IRND 64 Neutral Density 1.8 6-Stop Filter is a high-quality, effective, and versatile tool for any photographer or filmmaker looking to enhance their control over light exposure.