Tiffen Filters 6.6X6.6 CLR/ND.9 GRAD - A6666CGN9

Not yet rated | Create your own review
Tiffen Filters
€ 766,00 Excl. tax Excl. Shipping costs

ATT. 6.6X6.6 CLR/ND.9 GRAD - A6666CGN9

Delivery time:
5-7 working days
Article number:
A6666CGN9
EAN Code:
49383134117
Quantity:
Add to cart
Key Features
  • Graduated Effect over Entire Image
  • Edge-to-Edge Exposure Reduction
  • No Line of Transition

The Tiffen 6.6 x 6.6" Attenuator Color Graduated Neutral Density 0.9 Filter is compatible with filter holders that can accommodate 4mm-thick, 6.6 x 6.6" rectangular filters. It is densest across one edge, which corresponds to a reduction of light entering a lens by 3 stops and tapers to clear at the opposite edge. This gradation can be used to selectively darken an image from edge to edge, allowing for wider apertures or reduced shutter speeds. While this filter's density can be applied to bright skies, the remaining 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 flat to a tolerance of 1/10,000th of an inch, then mounting to precision metal rings.

  • Compatible with filter holders that can accommodate 4mm-thick, 6.6 x 6.6" rectangular filters
  • Densest across one edge, which corresponds to a reduction of light entering a lens by 3 stops and tapers to clear at the opposite edge
  • darkens bright areas of an image, such as skies, while the remaining regions of the image are exposed with a progressively decreasing effect
  • Maximum 0.9 density corresponds to a 8x filter factor and 3-stop exposure reduction
  • Constructed from optical glass for clarity
  • Noncoated
  • Padded pouch included for storage and transport

ATT. 6.6X6.6 CLR/ND.9 GRAD - A6666CGN9

0 stars based on 0 reviews Add your review
Add
Use commas to separate tags
Please accept cookies to help us improve this website Is this OK? Yes No More on cookies »
You are using a really old version of
Internet Explorer, click here to upgrade your browser.
x