Hahnemühle Photo Rag® Metallic is a silvery-shimmering FineArt inkjet paper with a specially formulated inkjet coating for FineArt use. The natural white cotton paper contains no optical brighteners and has the characteristic Photo Rag® surface structure and sumptuous feel. Photo Rag® Metallic features a special silvery-shimmering surface finish. The high-gloss premium inkjet coating with a unique metallic effect guarantees impressive printing results with bold colours, deep black and the perfect reproduction of colour and detail. ... Read More
Photo Rag 308 gsm is a single sided bright white, 100% cotton rag paper with a smooth surface texture which guarantees archival standards. With its premium matt ... Read More
FineArt Baryta 325 is a brilliant white, high gloss paper that sets the benchmark for high color depth, large color gamut and image definition. This paper gives ... Read More
The FineArt Pearl is a 285gsm archival paper with a pearl finish. This paper is designed to meet the growing demand for media that has the look and feel of fibe ... Read More
Hahnemühle Photo Rag® Metallic is a silvery-shimmering FineArt inkjet paper with a specially formulated inkjet coating for FineArt use. The natural white cotton paper contains no optical brighteners and has the characteristic Photo Rag® surface structure and sumptuous feel. Photo Rag® Metallic features a special silvery-shimmering surface finish. The high-gloss premium inkjet coating with a unique metallic effect guarantees impressive printing results with bold colours, deep black and the perfect reproduction of colour and detail. ... Read More
The worlds first digital Fine Art Inkjet paper made from bamboo fibers combines spiritual photography with environmental friendliness. ... Read More
The Photo Rag® Pearl has a smooth homogen surface structure with the unique pearl-coating. This natural white paper - consisting of 100 % cotton - ... Read More
The Hahnemühle Cézanne canvas is 100% natural white cotton canvas, for digital printing. It provides extraordinary elasticity, making it ideal for stretcher frames. ... Read More
