B + W XS-Pro 58mm MRC-Nano 810 Solid Neutral Density 3.0 Filter, 10 Stop

After meticulous engineering and design, the B+W XS-Pro 58mm MRC-Nano 810 Solid Neutral Density 3.0 Filter emerges as a high-quality, durable, and effective tool for photographers seeking to elevate their imagery. Crafted with precision-cut and polished special glass, this 10-stop ND filter boasts an advanced coating technology that combines three distinct layers using innovative thin-film technology. The multi-coated surface features a seven-layer anti-reflective coating on each side, effectively minimizing reflections, lens flare, and ghosting to deliver images with enhanced quality and contrast. The topmost layer of the coating is engineered to be dirt and water-repellent, ensuring the filter remains clean and clear even in challenging outdoor conditions.

With its remarkable light absorption capabilities, the filter ensures an even distribution of light across the entire visible spectrum, resulting in impeccably color-neutral photographs without any color cast. The XS-Pro 58mm MRC-Nano 810 ND Filter is a testament to B+W's commitment to producing versatile and reliable accessories for photography enthusiasts and professionals alike. Designed with a slim brass mount, the filter is an ideal match for both mirrorless system cameras and DSLRs, providing a sleek profile without sacrificing functionality. The mount is thoughtfully equipped with a front thread, allowing for the attachment of additional accessories such as a lens hood or snap-on lens cover, enhancing its versatility.

The XS-Pro filter line caters to a wide range of lens diameters, starting from 30.5 mm and extending up to 95mm, ensuring compatibility with a diverse selection of camera lenses. Whether you're capturing landscapes in bright daylight or experimenting with long exposures, the B+W XS-Pro 58mm MRC-Nano 810 Solid Neutral Density 3.0 Filter, with its 10-stop density, grants photographers the creative freedom to explore a broader spectrum of aperture and shutter speed combinations.