Neutral Density Filters

The Tiffen 82mm Water White Glass NATural IRND 1.2 Filter (4-Stop) is a neutral density filter with a 16x filter factor that provides a 4-stop exposure reduction. Its 1.2 density creates a darkening of the entire image, allowing you to photograph with a wider aperture or slower shutter speed than

ND
Neutral Density filters have several uses and offer the possibility to achieve otherwise unachievable results. ND filters appear grey and reduce the amount of light reaching the film. They have no effect on color balance. They have four main uses: 1) To enable slow shutter speeds to be

The NiSi 4 x 5.65 in. Cinema Starter Kit features our top four selling cinema filters including 0.6 (2 Stop), 0.9 (3 Stop), 1.2 (4 Stop), Pure Clar, and the NiSi Cinema Pouch.

The NiSi Cinema 4×5.65″ Nano IR Neutral Density Filters darken the entire image, allowing you to compensate for bright conditions

The NiSi 95mm True Color ND-VARIO Pro Nano 1-5 Stops Variable Neutral Density Filter is designed to mount onto lenses with 77mm front filter threads and provides an exposure reduction of 1 to 5 stops. The 0.3 to 1.5 density creates a darkening of the entire image, allowing wider apertures or slower

The NiSi 4 x 5.65 in. Nano IRND 0.3 Filter (1-Stop) creates a darkening of the entire image by 1 stops, allowing you to compensate for bright conditions whilst keeping your Aperture, Shutter speed and iso where you need them to be. The IR Coating eliminates any unwanted coloration of the image

The NiSi 77mm True Color ND-VARIO Pro Nano 1-5 Stops Variable Neutral Density Filter is designed to mount onto lenses with 77mm front filter threads and provides an exposure reduction of 1 to 5 stops. The 0.3 to 1.5 density creates a darkening of the entire image, allowing wider apertures or slower

The NiSi 100 x 150mm Nano Hard-Edge Reverse-Graduated IRND 0.9 to 0.15 Filter (3 to 0.5-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. Reverse edged GNDs are