B + W 62mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter #661102714

From capturing the perfect landscape shot to balancing exposure levels, the 62mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter is an essential tool for every photographer. This graduated filter features a neutral gray half that darkens the subject area by one f-stop without altering the color, making it ideal for preventing overexposure and preserving the vibrancy of the blue sky.

Often employed in landscape photography, B+W graduated neutral density filters are designed to balance the exposure of the sky and the ground, ensuring that both elements are correctly exposed. The filter transitions smoothly from a neutral gray to a clear half, allowing for a seamless blend of exposure levels.

Equipped with a rotatable mount, this 62mm graduated ND filter allows for precise horizontal alignment, providing you with the flexibility to adjust the filter according to your shooting needs. The high-quality glass substrate of the B+W ND filters 701 is finely polished and absolutely plano-parallel, ensuring long-lasting high optical quality and resistance against scratches, a common issue with plastic substrates.

A B+W graduated ND filter is primarily used to balance the brightness of the sky with a darker foreground. For accurate exposure metering, simply point your camera or hand-held exposure meter towards the ground that is to have the correct exposure without the graduated filter. This method typically produces the ideal effect automatically.

The gray gradient of this 62mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter is applied using thin-layer technology, a special coating process that requires unique masking. Despite slight manufacturing tolerances that may cause the graduation boundary to be not exactly parallel, the transition is outside the focus range, ensuring that the effect is not visible and there is no static transition. This filter is a must-have for photographers aiming to capture the perfect shot, regardless of lighting conditions.