Fine Art Cotton Smooth Natural 44 inch x 15m

 

Epson
Not in stock
€ 275,12
€ 332,89 incl 21% VAT
Archival quality
Sourced from a renowned paper mill, this refined cotton fine art paper is created using high-quality raw materials, selected to produce a paper with excellent archival properties, resulting in prints that will be enjoyed for many years. The natural white of this paper is especially suitable for museum standard conservation.

Exceptional colour and detail
Let the beauty of your photographic or fine art creation radiate with vivid rich colours and deep blacks, when you use our advanced UltraChrome inks with premium Fine Art Cotton Smooth Paper. This Fine Art Paper uses paper coating technology to ensure you can reproduce the widest colour gamut possible from our inks, while at the same time attaining perfect detail and smooth gradations in tone.

A complete solution
How do you achieve the best results with minimal fuss? By choosing products that have been developed to work together reliably. Giving you total peace of mind our papers, inks, printers, printheads and software are all tested to deliver optimum results.

Swift and streamlined set up
Our papers are included in Epson Surecolor SC-P printer drivers, so that you have all the settings ready to go, for fuss-free printing.

A finish to suit your needs
Whatever the project, our Fine Art Paper range has a finish to suit with Smooth Bright, Smooth Natural, Textured Bright and Textured Natural.

Specification

Product
Product id 720034
Brand Epson
Partnr C13S450265
EAN/UPC code 8715946660967
Features
Type Art paper
Sheets quantity 1 vel
Media weight 300 g/m²
Cover material Cotton
Country of origin United Kingdom
Surface texture Smooth
Package type Box
Quantity per pack 1 stuk(s)
Weight & dimensions
Sheet width 1118 mm
Package width 159 mm
Package depth 1172 mm
Package height 160 mm
Package weight 6530 g
Technical details
Finish type Matt
Roll width 1118 mm
Roll length 15 m
Core diameter 76.2 mm
Printing media gloss level 86
Printing media thickness 490 µm