Epson C13T76034N10 SureColor SC-P600 UltraChrome HD Ink Vivid Magenta 25.9ml Ink Cartridge

Description

Genuine Epson inks for SureColor SC-P600 Printer

Epson C13T76034010 SureColor SC-P600 UltraChrome HD Ink Vivid Magenta 25.9ml Ink Cartridge:

Join the printing revolution by using these Epson Ink Cartridges with your printer. Get the high-quality results you deserve by teaming up your printer with these versatile Ink Cartridges. This ink cartridge is the solution to all your printing problems as it uses smudge-free technology to ensure all your prints are crisp and vibrant, never letting you down.

Epson UltraChrome HD ink means serious amateur and professional photographers can now deliver superb images with highly accurate colours. This newly designed ink-set includes new Photo Black and Matte Black inks to help produce images with stunning levels of detail when printed in both colour and black and white.

SEE THE DIFFERENCE:

UltraChrome HD inks produce an exceptionally wide colour gamut and high black density for better gradation and deep, rich blacks. Higher Dmax enables a wider dynamic range to reveal detail throughout light and dark areas. See below for a comparison between Epson UltraChrome K3 ink (left) and Epson UltraChrome HD ink (right).

ACHIEVING A HIGHER DMAX

Two new inks have been developed specifically for the Epson Ultrachrome HD range in order to increase the density level of the pigment and give a high optical density.  The new Photo Black ink has a pigment concentration that is 1.5 times higher than previous equivalent inks to help produce denser blacks. The new Matte Black ink has a pigment density at the surface of the media which has increased by a third. The ink has the same number of pigments as the Epson UltraChrome K3 ink. See below for a vertical cross-sectional comparison.

BRONZING REDUCTION

Bronzing has been reduced in Cyan and Magenta allowing for the creation of more accurate looking colours, especially when it comes to depicting human skin tones and blue sky.  The ink has been developed to even out the differences in glossiness of colours, which is one of the leading causes of bronzing.