Epson T5912 Cyan Ink Cartridge 700ml for Stylus Pro 11880

Epson T5912 Cyan Cartridge

The Epson T5912 Cyan Ink provides a high-capacity 700ml reservoir designed specifically for the Epson Stylus Pro 11880 wide-format printer. This professional-grade consumable utilizes UltraChrome K3 with Vivid Magenta pigment technology to deliver exceptional color accuracy. IT procurement managers and print engineers rely on this specific unit for high-volume production environments. The cartridge architecture ensures consistent pressure and flow rates during long print runs. Consequently, users experience minimal downtime and reduced maintenance requirements for the print head assembly.

Key Features

• UltraChrome K3 Pigment Technology
  This advanced pigment ink chemistry provides three levels of black and high-density color pigments for archival-grade output.

• High-Capacity 700ml Volume

  • Reduces the frequency of cartridge replacements in production environments
  • Lowers the total cost per milliliter compared to standard yield units

• Intelligent Chip Integration
  The onboard logic circuit tracks ink levels in real-time to prevent dry-firing of the piezoelectric print head.

• Resin Gloss Optimization

  • Encapsulated pigments provide a uniform surface finish on glossy media
  • Minimizes differential bronzing and metamerism in complex color gradients

Specifications

What’s in the Box

• 1 x Epson T5912 Cyan Ink Cartridge (700ml)

• Safety Data Sheet and Installation Guide

Why Choose This Ink Solution

• The high-density pigment formulation ensures color stability immediately after printing.

• Internal filtration systems within the cartridge prevent particulate matter from entering the ink delivery lines.

• Original equipment manufacturer (OEM) standards guarantee full compatibility with the printer’s pressurized delivery system.

• Large volume tanks optimize workflow for print shops handling architectural blueprints or fine art reproductions.

• The chemical composition supports a wide color gamut while maintaining lightfastness for over 100 years.