B+W Master ND 0.9 Filter MRC Nano 58mm Replaces XS Pro 66 1066142

B+w 0.9 Mrc Nano Master 58 Mm Grey Filter. Master light with the B+W 0.9 MRC Nano Master 58mm Grey Filter. This professional 3-stop ND filter, engineered in Germany, offers exceptional control for photo and video. Achieve stunning creative effects like blurred motion in landscapes and smooth water for long exposures. For videographers, it enables shallow depth of field in bright light while maintaining the cinematic 180-degree shutter rule. Featuring advanced MRC Nano coatings for superior color neutrality, anti-reflection, and easy cleaning, plus a durable brass mount, this filter ensures uncompromising optical quality and image integrity. Elevate your visuals with unparalleled creative freedom and professional reliability. B+W 0.9 MRC Nano Master 58mm Grey Filter | 3-Stop ND Filter for Photo & VideoUnlock new creative possibilities and gain ultimate control over your exposures with the B+W 0.9 MRC Nano Master 58mm Grey Filter. Engineered in Germany for discerning photographers and videographers, this professional-grade neutral density (ND) filter is an essential tool for managing light without compromising the colour integrity of your images. As part of the elite B+W Master line, it represents the pinnacle of optical performance and durability.Mastering Light for Photography and VideographyThis B+W grey filter reduces light by three f-stops (ND 0.9 or 8x filter factor), allowing you to manipulate your camer´s settings for stunning creative effects, even in bright conditions. For videographers, this control is indispensable. This grey filter is particularly interesting for video, when no appropriate aperture value can be set in high brightness or when a shallow depth of field is desired. By reducing the light entering the lens, you can maintain the cinematic 180-degree shutter rule (shutter speed at double your frame rate) while using a wide aperture like f/1.8 or f/2.8 to achieve beautiful background blur and subject separation.For landscape and long-exposure photographers, this filter is a gateway to capturing the movement of time. With this filter strength, a clear flow effect can already be seen with water, transforming rushing rivers and ocean waves into a smooth, ethereal mist. It allows you to slow your shutter speed sufficiently to blur moving clouds, creating a sense of drama and dynamism in the sky. The B+W 803 Grey Filter ND 0.9 is also ideal for taking pictures with a wiping effect, perfect for creating motion blur in street photography or making crowds disappear from architectural shots by using an extended shutter time.Uncompromising Optical Quality and DurabilityThe MRC Nano designation signifies B+W´s most advanced Multi-Resistant Coating technology. This multi-layered coating on both sides of the filter ensures maximum light transmission and prevents ghosting and reflections that can degrade image quality. Critically for a neutral density filter, this coating guarantees outstanding colour neutrality, so you can be confident that your images will remain free of unwanted colour casts. The final outer layer is an innovative nano-coating that features an extremely robust hydrophobic and oleophobic effect. This makes the filter surface remarkably easy to clean, repelling water, dirt, and fingerprints, ensuring you get a perfect shot even in challenging environments.The Master filter mount is crafted from precision-machined brass for enhanced durability and a smooth, binding-free threading experience onto your lens. Its slim profile is specifically designed to prevent vignetting, even when used with wide-angle lenses, ensuring your entire frame is perfectly exposed.Elevate your visual storytelling with a filter that provides superior creative control, exceptional image quality, and the professional-grade reliability that defines the B+W brand.Specifications:- Diameter (mm): 58. tradeinn Techinn

Reducing the amount of light entering the camera Suitable for both analog and digital cameras Wipe effects, continuous light trails Selective sharpness by achieving larger apertures