The NiSi Nano IRND Filter is an ND filter that provides exposure reduction and creates a darkening of the entire image, allowing you to photograph with a wider aperture or slower shutter speed than normally required. By slowing your exposure time or increasing your aperture, you are able to control depth of field and convey movement more easily. Neutral density filters are intended to not affect the coloration of the image and are ideal for pairing with other filters.
The design of this filter has been optimized for use with digital sensors and to promote nearly flat attenuation of visible and infrared light. To provide a high level of neutrality across the visible and infrared spectrums in order to eliminate color casts and ensure cleaner, truer blacks when using the NiSi Nano IRND Filter, one layer of NiSi Optical Nano Coating is applied to each of this filter’s surfaces.
This NiSi Nano IRND Filter is constructed from optical glass for clarity as well as color fidelity
Neutral density filter darkens the image, allowing you to photograph with a longer shutter speed or wider aperture than normally required.
This type of filter allows you to control depth of field and convey movement more easily
Filter does not affect coloration of the image and is ideal for use with other filters.
Each surface includes one layer of NiSi Optical Nano Coating that attenuates infrared light as well as visible wavelengths, to maintain color neutrality and suppress color casts due to increased exposure times.
This filter is 4mm thick
Constructed from optical glass for clarity.
Leatherette pouch included for storage and transport.
Please do not hesitate to contact us if you require any further information : Call +33980749802
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Since the beginning over ten years ago, NiSi has devoted to the research and development of filters. Today, NiSi is at the forefront of optical technology. They combine the highest quality glass with the unique nano coating to produce single piece filters with unmatched color accuracy, sharpness, and durability.Download (2.55M)