Canon GI-46 PGBK Pigment Black Ink Bottle 170ml

Canon GI-46 PGBK Ink

The Canon GI-46 Black Ink bottle provides a high-capacity solution for professional document production within the MAXIFY GX series ecosystem. This 170ml pigment-based formulation delivers high-density black output with exceptional resistance to water, markers, and mechanical friction. Consequently, it remains the standard choice for businesses requiring archival-quality text documents. The bottle architecture incorporates a specialized nozzle designed to prevent spills and ensure correct tank identification during the replenishment process.

Key Features

• Pigment-Based Formulation
  This black ink utilizes pigment particles that remain on the media surface to produce sharp, smudge-resistant text.

• High-Volume Output
  The 170ml reservoir supports high-duty cycle printing environments by delivering up to 6,000 pages in standard mode.

• Engineered Refill System

  • Keyed bottle nozzles prevent cross-contamination between color tanks.
  • The gravity-fed design eliminates the need for manual squeezing during the fill cycle.
  • Internal pressure valves stop ink flow automatically when the tank reaches maximum capacity.

Specifications

What’s in the Box

• 1 x Canon GI-46 PGBK Pigment Black Ink Bottle (170ml)

Why Choose This Consumable

• The high-capacity reservoir significantly reduces the frequency of intervention in high-traffic office environments.
• Pigment chemistry ensures that professional documents maintain legibility even when exposed to moisture or highlighter pens.
• Using genuine manufacturer supplies maintains the integrity of the print head and prevents clogging in the delivery lines.
• The low cost-per-page ratio provides a sustainable economic model for small to medium enterprise operations. However, users must ensure the printer firmware is updated to optimize consumption rates. Additionally, the airtight seal of the bottle allows for a longer shelf life before opening. Therefore, procurement managers can stock inventory without immediate risk of degradation.