Sunday, April 8, 2012

Tiffen W77IRND12 77mm Filter with Combination Neutral Density (ND) 1.2 Infrared (IR), Reduces ISO to 1/16best


Customer Rating :
Rating: 4.4

List Price : Price :
Tiffen W77IRND12 77mm Filter with Combination Neutral Density (ND) 1.2 Infrared (IR), Reduces ISO to 1/16

Product Description

Tiffen IR ND filters do not have a sharp cutoff at the infrared wavelengths; therefore the wide color gamut these sensors record is not compromised. The result is vibrant colors and no IR contamination, with crisp clean images that only Water White glass can deliver. These filters also provide a greater latitude when editing in post production and are ideal for 8 byte compressed color.


  • High quality filter to prevent the color shift caused by the sensitivity of today's digital sensors
  • Tiffen filters are manufactured using ColorCore technology, a closely guarded proprietary process that entails permanently laminating the filter material in between two pieces of optical glass that are ground flat to tolerances of a 10,000th of an inch, then mounting them in precision metal rings
  • The ColorCore process allows Tiffen to control the color and density of their filters and the characteristics of special effects filters with much greater accuracy than typical dyed-in-the-mass filters, which usually exhibit color and density variations
  • Natural Density Filters enables slow shutter speeds to be used, especially with high speed films, to record movement in subjects such as waterfalls, clouds, or cars
  • Natural Density Filters decreases depth of field by allowing wider apertures to be used, which helps separate subjects from their background


Tiffen W77IRND12 77mm Filter with Combination Neutral Density (ND) 1.2 Infrared (IR), Reduces ISO to 1/16 Reviews


Tiffen W77IRND12 77mm Filter with Combination Neutral Density (ND) 1.2 Infrared (IR), Reduces ISO to 1/16 Reviews


Amazon.com
Customer Reviews
There are no customer reviews for this item.
Be the first to review this item on Amazon.com

0 comments:

Post a Comment

Share

Twitter Delicious Facebook Digg Stumbleupon Favorites More