Master B + W 95mm 010M UV Haze MRC Nano Filter 66-1101511

From the renowned brand B+W comes the 95mm Master 010M UV Haze MRC Nano Filter, a classic and essential tool for photographers seeking to protect their camera lenses and enhance image quality. This high-quality filter effectively blocks the disruptive UV component of daylight, which is particularly intense in pure sea air and high mountain regions. Unfiltered UV light can lead to image blurring and a blueish cast, but with the color-neutral B+W 010 UV Haze filter, you can capture more brilliant, clear images, whether you're using analog or digital cameras. This versatile filter is designed to remain on your lens permanently, serving as a durable shield against elements like blowing sand, dust, fingerprints, and splashing water. The B+W 010 UV Haze filter is not just a protective tool, but also an enhancer of your photography experience. Thanks to the B+W MRC nano-coating, this filter boasts extremely low reflection, ensuring that the optical information remains unaffected as it reaches the image sensor or film. This means you can enjoy the benefits of a highly transparent and absolutely color-neutral filter without needing to account for any exposure compensation factor. In the realm of digital photography, where smaller image sensors result in a larger depth of field, protection filters like the B+W 010 UV Haze play a crucial role. They help mitigate the effects of front lens soiling, which can significantly reduce sharpness, especially in zoom lenses with lower light intensity. Regular cleaning of the front lens can inadvertently transport dirt particles or moisture to the inside of the lens system, but with the B+W 010 UV Haze filter, you can minimize this risk while keeping your lens clean and scratch-free. Invest in the 95mm Master 010M UV Haze MRC Nano Filter and experience the difference in your photography journey. It's not just a protective accessory, but a cost-effective solution for maintaining and enhancing the performance of your valuable lenses.