Sugar Cane
SKU:
10641793
10641793
EAN:
4011367116774
4011367116774
Please login to unlock the option to order.
Sugar Cane
Hahnemühle Sugar Cane extends the Natural Line with a FineArt inkjet paper made from a rapidly renewable natural raw material – sugar cane. 70% of this environmentally friendly FineArt inkjet paper consist of bagasse fibres, a by-product of sugar cane processing. The natural white, warm-toned sugar cane paper does not contain optical brighteners, and features a unique, clearly defined felt structure and tactile feel. The matt premium inkjet coating delivers excellent print results with defined reproduction of colour and detail, particularly for warm hues and monochrome prints. Hahnemühle Sugar Cane is acid- and lignin-free and meets the most stringent requirements in terms of age resistance. The unique combination of sustainable sugar cane fibres, clearly defined surface texture and impressive print quality gives the artwork outstanding expressiveness and soul.
- 300 gsm, 70% sugar cane fibres, 30% cotton
- Natural White, without optical brighteners
- Clearly defined surface texture
- Matt premium inkjet coating for outstanding print results
- Acid- and lignin-free
- ISO 9706 compliant / museum quality for high age resistance
- Compatible with pigment and dye inkjet systems
- ICC profile available
Product security
Hahnemühle FineArt GmbH
Hahnestraße 5
37586 Dassel
Germany
Phone: +49 55 61 791-235
info@hahnemuehle.com
No reviews found. Share your insights with others.
Skip product gallery
A natural look paper made from 90% bamboo fibres, for an environmentally friendly paper production.
An ideal way to discover the paper quality best suited to the needs of artists or professional photographers.
Exclusive and environmentally conscious FineArt inkjet paper made from 70% sisal fibres and 30% cotton.
Metal linen tester, includes magnifying glass and scale for closer inspection of prints and artwork.
High-quality pigment liner and graphite pencil for your signature on matt, satin, and high-gloss paper surfaces.
