B + W 58mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter

Explore the world of photography with the 58mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter. This high-quality filter features a neutral gray half that darkens your subject area by one f-stop without altering the color. It's the perfect tool for capturing the perfect balance between a bright sky and a darker landscape, preventing overexposure and preserving the vibrant blue of the sky.

B+W's graduated neutral density filters are a favorite among landscape photographers, designed to prevent overexposure of the sky while ensuring correct exposure of the ground. The filter transitions smoothly from a neutral gray to a clear half, allowing for a seamless blend between the two.

The 58mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter comes with a rotatable mount for threaded filters, enabling precise horizontal alignment. Crafted from high-quality glass substrate, the B+W ND filters 701 are plano-parallel and finely polished, ensuring long-lasting high optical quality and resistance to scratches, unlike plastic substrates.

This B+W graduated ND filter is primarily used to balance out a bright sky against a darker foreground. For accurate exposure metering, simply point your camera or hand-held exposure meter towards the ground that you want to expose correctly without the graduated filter. This method typically produces the ideal effect automatically.

The gray gradient of the 58mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter is applied using thin-layer technology, which requires special masking. This process may result in slight manufacturing tolerances, causing the graduation boundary to not be exactly parallel. However, as this transition is outside the focus range, the effect is not visible and does not affect the overall image quality.

In conclusion, the 58mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter is a must-have tool for photographers looking to capture stunning landscape images with balanced exposure.