B + W 55mm Graduated Neutral Density 0.6 MRC 702M Filter, 2-Stop

Experience the transformative impact of the B+W 55mm Graduated Neutral Density 0.6 MRC 702M Filter on your photography. This high-quality, 2-stop graduated ND filter is designed to precisely control the light entering your lens, transmitting only 25% of the incoming light. Its effectiveness lies in its ability to create dramatic visual effects, particularly in scenes with a pronounced difference in brightness, such as landscapes with a bright sky and darker foreground.

Crafted with a soft edge coating, this durable filter ensures a seamless transition between the filtered and unfiltered portions of the image, minimizing the risk of vignetting and enhancing the natural look of your photographs. The versatility of the B+W 55mm Graduated ND Filter is further demonstrated by its multi-coated design, which significantly reduces reflections and maximizes light transmission, resulting in clearer and more vibrant images.

The B+W 55mm Graduated ND Filter is easy to use, thanks to its standard B+W rotating F-Pro filter mount. Made from robust brass, the mount features a front accessory thread, allowing for additional attachments. The F-Pro mount's slim profile is compatible with wide-angle lenses, including most 24mm focal lengths on a full-frame body, without causing vignetting. Furthermore, the innovative retaining ring design secures the filter glass from the back, preventing loosening when detaching tightly screwed-on accessories such as lens hoods.

The multi-resistant coating (MRC) by B+W is not just an exceptionally effective multi-layer coating; it's also tougher than glass. This means that the filter is protected from scratches, even during cleaning, and is resistant to water and dirt, making maintenance a breeze.

Whether you're capturing the subtle gradations of a sunrise or balancing the exposure in a high-contrast landscape, the B+W 55mm Graduated Neutral Density 0.6 MRC 702M Filter is an essential tool for photographers seeking to elevate their image quality and achieve professional results.