Shipping time and rates:
Shipping time and rates:
Sorry, we couldn't find any shipping options for your location. Please contact us, and we'll see what we can do about it.
Yes, we can ship to
United States
NiSi 82mm Nano Soft-Edge Graduated IRND 1.2 Filter (4-Stop)
The NiSi 82mm Nano Soft-Edge Graduated IRND 1.2 Filter 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 do not have a strongly defined transition between the sky and the foreground. The design of this filter incorporates a rotating mount to allow for precise positioning of the gradation along the horizon line. Neutral density filters do not affect the coloration of the image and the density provides up to a 4-stop reduction in light from entering the lens.
The design of this filter has been optimized for use with digital sensors and to promote nearly flat attenuation of visible and infrared light. Due to imaging sensors greater susceptibility to infrared light compared to traditional film, color casts can occur when photographing darker subjects that require increased exposure times. To provide neutrality across the visible and infrared spectrums in order to eliminate color casts and ensure cleaner, truer blacks, one layer of NiSi Optical Nano Coating is applied to each of this filter s surfaces. The Nano coating associated with this filter also results in an improved beading effect when in contact with water or oil for greater cleaning efficiency.
This NiSi 82mm Nano Soft-Edge Graduated IRND 1.2 Filter is constructed from H-K9L optical glass for increased clarity as well as color fidelity.
Darkens bright areas of an image, such as skies, while leaving the remainder of the frame unaffected
Provides up to a 4-stop reduction in light in selective areas
Soft-edged line of transition between the dense and clear areas
Useful for images that do not have a strongly defined transition between the sky and the foreground
Filter does not affect the overall coloration of the image
Constructed from H-K9L optical glass for increased clarity as well as color fidelity
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.
Resistant to oil as well as dust, and provides an improved beading effect with water for more efficient cleaning
Anti-static coating for dust resistance
Aluminum alloy filter ring assembly is durable while remaining lightweight
Rotating design allows for gradation positioning along the horizon line
82mm front filter threads allow for use with other filters
Plastic filter case for storage and transport
The NiSi 82mm Nano Soft-Edge Graduated IRND 1.2 Filter 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 do not have a strongly defined transition between the sky and the foreground. The design of this filter incorporates a rotating mount to allow for precise positioning of the gradation along the horizon line. Neutral density filters do not affect the coloration of the image and the density provides up to a 4-stop reduction in light from entering the lens.
The design of this filter has been optimized for use with digital sensors and to promote nearly flat attenuation of visible and infrared light. Due to imaging sensors greater susceptibility to infrared light compared to traditional film, color casts can occur when photographing darker subjects that require increased exposure times. To provide neutrality across the visible and infrared spectrums in order to eliminate color casts and ensure cleaner, truer blacks, one layer of NiSi Optical Nano Coating is applied to each of this filter s surfaces. The Nano coating associated with this filter also results in an improved beading effect when in contact with water or oil for greater cleaning efficiency.
This NiSi 82mm Nano Soft-Edge Graduated IRND 1.2 Filter is constructed from H-K9L optical glass for increased clarity as well as color fidelity.
Darkens bright areas of an image, such as skies, while leaving the remainder of the frame unaffected
Provides up to a 4-stop reduction in light in selective areas
Soft-edged line of transition between the dense and clear areas
Useful for images that do not have a strongly defined transition between the sky and the foreground
Filter does not affect the overall coloration of the image
Constructed from H-K9L optical glass for increased clarity as well as color fidelity
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.
Resistant to oil as well as dust, and provides an improved beading effect with water for more efficient cleaning
Anti-static coating for dust resistance
Aluminum alloy filter ring assembly is durable while remaining lightweight
Rotating design allows for gradation positioning along the horizon line
82mm front filter threads allow for use with other filters
Plastic filter case for storage and transport
NiSi NIR-GND1.2-82 Specs
| Filter Type | Graduated ND with IR Attenuation |
| Graduation Type | Soft Edge |
| Density | 1.2 (4-Stop) |
| Circular Size | 82 mm Filter Thread |
Packaging Info
| Package Weight | 0.19 lb |
| Box Dimensions (LxWxH) | 4.4 x 4.2 x 0.4" |
In the Box
- NiSi 82mm Nano Soft-Edge Graduated IRND 1.2 Filter (4-Stop)
- Plastic Case
- 2-Year Manufacturer Warranty
No posts found
