Epson T6368 Matte Black 700ml Ink Cartridge

Epson T6368 Matte Black Ink

The Epson T6368 Ink Cartridge integrates advanced UltraChrome HDR pigment technology to deliver high-density Matte Black output for professional wide-format environments. This 700ml high-capacity unit specifically targets the Epson Stylus Pro 7890, 7900, 9890, and 9900 series printers. It utilizes a sophisticated pigment-based chemistry that ensures superior lightfastness and archival stability on various matte and fine art media. The high volume capacity reduces the frequency of consumable replacement during intensive production cycles. Additionally, the integrated SmartChip communicates real-time ink levels to the printer firmware to prevent mid-job depletion.

Key Features

• UltraChrome HDR Pigment Chemistry
  This formulation provides a wide color gamut and high optical density for deep black tones on non-glare surfaces.

• 700ml High-Volume Reservoir

  • Reduces total cost per milliliter compared to standard 150ml or 350ml cartridges.
  • Supports unattended overnight printing for large-scale graphics production.

• Matte Black Optimization
  The ink particles are engineered to sit on the surface of porous media to maximize contrast and sharpness.

• Intelligent Ink Tracking
  The onboard logic circuit tracks consumption patterns to provide accurate remaining volume data to the operator.

Specifications

What’s in the Box

• 1 x Epson T6368 Matte Black 700ml Ink Cartridge (C13T636800)

Why Choose This Epson Consumable

• Genuine OEM engineering ensures zero risk of printhead clogging or manifold damage during operation.

• The pigment suspension maintains consistent viscosity across varying ambient temperatures for reliable droplet placement.

• Advanced chemical stability prevents sediment buildup within the ink delivery lines of the Stylus Pro chassis.

• High-yield capacity optimizes the procurement cycle for architectural, engineering, and fine art printing businesses.

• The Matte Black formulation achieves a higher D-max on specialty media than standard photo black alternatives.