About Prints


Glossy Paper

  • Color: Excellent
  • Blacks: Excellent
  • Quality of black and white prints -- always perfect
  • Reflectivity: high (can be objectionable if lighting produces glare off the prints)
  • Thickness: 9 mils
  • Estimated time for 1st detectable fading, indoors: 75+ years (conservative estimate)
  • Graininess from ink drops: generally not visible.


Satin Paper


  • Color: Very Good
  • Blacks: Dark blacks - very good
  • Quality of black and white prints -- Perfect. All b/w grayshades are created from black and gray inks.
  • Reflectivity: medium-high (can be objectionable if lighting produces glare off the prints)
  • Thickness: 9 mils
  • Estimated time for 1st detectable fading, indoors: 150 years
  • Graininess from ink drops: not visible


Standard Matte paper


  • Color: Excellent
  • Blacks: Very Good. To the eye, almost but not totally as black as other media
  • Quality of black and white prints - Perfect
  • Reflectivity: low (Usually no problem from glare in any lighting)
  • Thickness: 7 mils
  • Estimated time for 1st detectable fading, indoors: 100 years
  • Graininess from ink drops: None

Premium Matte (fine art, Giclee) paper


  • Color: Excellent
  • Blacks: Excellent - as black as the very dark blacks obtained with dye satin or dye glossy.
  • Quality of black and white prints - Perfect. All b/w grayshades are created from black and gray inks.
  • Reflectivity: very low (little if any glare from direct lighting)
  • Thickness: 21.5 mils - very thick
  • Estimated time for 1st detectable fading, indoors: 150 years
  • Graininess from ink drops: not visible
  • The advantage of a matte surface is that it avoids glare from room lighting. This is at the expense of vividness of colors and deep blacks. However, this premium matte paper achieves both objectives.
  • Prints on this paper look excellent, and room lighting should not be an issue.

All prints are pigment-based on archival paper.
Prints are made to last for many years if kept out of repeated direct sunlight exposure.