CANSON INFINITY DIGITAL DARKROOM INKJET PAPERS

Reminiscent of the traditional photographic process, the range of Canson Infinity digital darkroom papers are engineered to enhance the D-Max, contrast and detail. With a range of weights and finishes, the digital darkroom range offers a choice of aesthetics for every discerning photographer. They are compatible with all aqueous photo inkjet printers on the market.

The Canson Infinity digital darkroom paper range is made up of three different prestigious digital darkroom fine art papers, Baryta Prestige, Baryta Photographique II and Platine Fibre Rag.

Canson Infinity Baryta Prestige won the renowned TIPA 2017 award for the best inkjet photographic paper, delivering the look and aesthetic feel of traditional dark room paper. It is a really unique paper for those looking for the very best quality in their fine art prints.

Canson Infinity Baryta Photographique II offers photographers and printers the opportunity of creating a photograph with the true look and feel of a traditional darkroom print with improved handling and finishing characteristics.

Canson Infinity Platine Fibre Rag is a fibre-based digital alternative to traditional baryta photo paper, combining the qualities of the 100% cotton art paper and state-of-the-art inkjet coating.

Canson Infinity digital darkroom papers are manufactured by the worlds leading Fine Art Paper Mill, Canson.

Developed to exceed museum standards, the Canson Infinity premium inkjet paper range offers an exceptional beauty and character to create black and white and colour photographs as well as fine art reproductions. Using the purest natural materials without chemical substances that contribute to premature deterioration, Canson Infinity brings the beauty of fine art and traditional photography to the world of digital printing.

Canson Infinity digital darkroom inkjet papers are the ultimate choice of serious photographers and digital printmakers today.

Browse the range below to find the best digital darkroom paper to suit your requirements.