Nisi 150x170mm Nano IR Soft Graduated Neutral Density Filter - ND16 (1.2) - 4 Stop

The technical details behind this filter

Nisi 150x170mm Nano IR Soft Graduated Neutral Density Filter - ND16 (1.2) - 4 Stop is a rectangular filter that helps to darken specific areas of an image, such as bright skies while allowing for a normal, unaffected exposure in the other regions of the image. The filter is densest at the edge and tapers to clear by the middle, with a soft-edged line of transition between the dense and clear areas. A neutral density filter with a soft-edged line of transition is particularly useful for images that feature trees, buildings, mountains, and other elements that protrude high into the skyline. NiSi GND filters do not affect the colouration of the image, offer a true to life colour, and are made from high-quality optical glass (not resin) with nano coating to prevent losing any single bit of detail. By using a neutral density filter the camera is vulnerable to infrared light which will cast the unwanted red colour to the photos when shooting at a small aperture. NiSi GND filters have an infrared protection coating layer to eliminate the infrared light through the lens to bring back the natural true to life colour. The NiSi 150mm filter system is great for cameras with lenses that do not have a standard filter thread.

Key features

• Waterproof and low reflection Nano Coating
• Optical glass for high definition
• True to life colour, No colour cast
• Perfect to balance the exposure when scenes have a sudden transition from the foreground to the sky

Top three Reasons we think you will love this filter

• Made of quality material
• True to life colour
• Compatible with the NiSi 150mm System

Our experts opinion

Nisi 150x170mm Nano IR Soft Graduated Neutral Density Filter - ND16 (1.2) - 4 Stop offers great features and amazing value for money. It is a rectangular filter that helps to darken specific areas of an image, such as bright skies while allowing for a normal, unaffected exposure in the other regions of the image.