B + W 55mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter #661102711

A high-quality, professional-grade 55mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter, this product is designed to enhance your photography by reducing light intensity by one f-stop without altering the color. Ideal for situations where the sky is excessively bright compared to the landscape, this filter is perfect for capturing detailed cloud formations and preventing the blue sky from fading due to overexposure.

Renowned for their use in landscape photography, B+W graduated neutral density filters help to balance the exposure between the sky and the ground, preventing overexposure of the sky while ensuring correct exposure of the ground. The filter features a neutral gray color on one half, transitioning smoothly into the clear filter half.

Equipped with a rotatable mount, this filter allows for precise horizontal alignment when using threaded filters. The glass substrate of the B+W ND filters 701 is plano-parallel and finely polished, ensuring long-lasting high optical quality as opposed to easily scratchable plastic substrates.

Primarily used to balance the brightness of the sky with the darker foreground, this B+W graduated ND filter is a must-have tool for photographers. For accurate exposure metering, aim the 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 is applied using thin-layer technology, requiring special masking. This process may result in minor manufacturing tolerances, causing the graduation boundary to be slightly off parallel. However, as this transition is outside the focus range, the effect is not visible and there is no static transition.

In conclusion, the 55mm Basic 701M 0.3 1-Stop MRC Graduated Neutral Density Filter is a versatile, efficient, and durable tool for photographers seeking to enhance their landscape and architectural photography.