Tiffen - 405MM Attenuator/Blender ND .6
Tiffen A405CGNDBLND6 - 405MM Attenuator/Blender ND .6
1027223
0884613022372
The 40.5mm Graduated Neutral Density Attenuator/Blender 0.6 Filter from Tiffen is densest at one edge where it corresponds to a reduction of light entering a lens by 2 stops and tapers to clear at the other edge. Its gradation can be used to selectively darken an image from edge to edge, allowing for wider apertures or reduced shutter speeds.
Visuals Price
69.48 CHF
VAT excl.
75.11 CHF Inc. VAT
Manufacturer price 73,14 CHF VAT excluded
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Delivery
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Delivery time 3 to 5 weeks
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Delivery time 3 to 5 weeks
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Tiffen 405mm Attenuator/Graduated ND 0.6
The Tiffen 40.5mm 0.6 Graduated Neutral Density Attenuator/Graduated Filter is densest at one edge where it matches a 2 f-stop reduction of light entering the lens and fades to become transparent at the other edge. Its graduation can be used to selectively darken an image from one edge to the other, allowing for larger apertures or reduced shutter speeds. Whilst the 0.6 density of this graduated attenuator/graduated filter can be applied to bright skies, other regions of the image are exposed with a progressively decreasing effect. This filter is constructed using ColorCore technology, a process that involves laminating the filter substrate between two pieces of optical glass, grinding it flat to a tolerance of 1/10,000th of an inch, then mounting it in precision metal rings. Features - Densest at one edge where it matches a 2 f-stop reduction of light entering the lens and fading to become transparent at the other edge - Darkens bright areas of an image, such as skies, whilst other regions of the image are exposed with a progressively decreasing effect - Maximum density of 0.6 corresponds to a 4x filter factor and a 2 f-stop exposure reduction - Constructed from optical glass for optimal clarity - Uncoated - Aluminium alloy filter mount for durability whilst remaining lightweight - Rotating filter ring allows positioning of the graduation along the horizon line - 40.5mm front thread allows use with other filters
The Tiffen 40.5mm 0.6 Graduated Neutral Density Attenuator/Graduated Filter is densest at one edge where it matches a 2 f-stop reduction of light entering the lens and fades to become transparent at the other edge. Its graduation can be used to selectively darken an image from one edge to the other, allowing for larger apertures or reduced shutter speeds. Whilst the 0.6 density of this graduated attenuator/graduated filter can be applied to bright skies, other regions of the image are exposed with a progressively decreasing effect. This filter is constructed using ColorCore technology, a process that involves laminating the filter substrate between two pieces of optical glass, grinding it flat to a tolerance of 1/10,000th of an inch, then mounting it in precision metal rings. Features - Densest at one edge where it matches a 2 f-stop reduction of light entering the lens and fading to become transparent at the other edge - Darkens bright areas of an image, such as skies, whilst other regions of the image are exposed with a progressively decreasing effect - Maximum density of 0.6 corresponds to a 4x filter factor and a 2 f-stop exposure reduction - Constructed from optical glass for optimal clarity - Uncoated - Aluminium alloy filter mount for durability whilst remaining lightweight - Rotating filter ring allows positioning of the graduation along the horizon line - 40.5mm front thread allows use with other filters
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Specifications |
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Filter Type |
Graduated ND |
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Graduation Type |
Attenuator |
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Density |
0.6 (2 f-stops) |
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Circular Size |
40.5mm Filter Thread |
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Rotating |
Yes |
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Front Thread/Mount for Accessory |
40.5mm |
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Treatments |
None |
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Filter Material |
Glass |
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Ring Material |
Aluminium |
The 40.5mm Graduated Neutral Density Attenuator/Blender 0.6 Filter from Tiffen is densest at one edge where it corresponds to a reduction of light entering a lens by 2 stops and tapers to clear at the other edge. Its gradation can be used to selectively darken an image from edge to edge, allowing for wider apertures or reduced shutter speeds.
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