Do you sell prints only?
Yes we do. Please explore our Artwork sections. Upon selecting a fine art piece, click on the cart icon. This will open a "purchase options menu" to the right of the photo. Select "print only" option and then your print size and follow the steps to complete your purchase.
What type of paper do you use for your prints?
We primarily use Canson ® Infinity of France paper.
We offer the following options to our clients:
- Canson Infinity® PhotoGloss Premium RC 270 gsm – Gloss
Canson ® Infinity PhotoGloss Premium Resin Coated consists of an alpha cellulose acid-free art paper coated with polyethylene and a microporous colour receiver layer.
The enhanced coating finish offers a stunning gloss effect. PhotoGloss offers an exceptional Dmax as well as a wide colour gamut and is ideal to produce stunning colour photographs.
- Canson® Infinity Platine Fibre Rag
Canson® Infinity Platine Fibre Rag is the combination of the premium 100% cotton Platinum paper that Canson has supplied for many years to the original Platinum and Platine photographic market, with the latest microporous coating, making the traditional darkroom paper now available for digital printing.
Setting the benchmark for Digital Darkroom papers, Platine Fibre Rag provides the aesthetic and feel of the original F-Type Baryta Fibre paper, having a true pure white tone without using optical brighteners that are known to affect the longevity of digitally produced images.
Platine Fibre Rag’s extremely high Dmax and exceptional grey tones make it the product of choice for the more discerning black and white as well as colour photographic prints.
Is the paper used archival?
The Canson® Infinity range of Digital Fine Art media exceeds the ISO 9706 museum grade standard that has been developed to meet galleries and museum's longevity requirements.
Canson® has submitted the Digital Fine Art & Photo range to the world's leading independent print permanence testing laboratory, Wilhelm Imaging Research (WIR) for longevity testing on the Canson® Infinity range.
Below is a table which summarizes their findings: