Canon PRINT HEAD, BLACK

Faded, streaky, or missing black text and graphics are clear signs that your Canon inkjet printer's print head has worn out or clogged beyond cleaning. The Canon QY6-8028 genuine black print head restores crisp, professional-quality output by precisely delivering pigment black ink to the page. This original Canon component is engineered to match your printer's specifications, ensuring reliable performance and long-lasting durability.

Who is it for

This print head is essential for home users, students, and small offices who rely on Canon PIXMA or MAXIFY printers for documents, reports, and everyday printing. If you've already replaced the ink cartridge but still see poor black print quality, this replacement print head is the next step to bring your printer back to life. It's a user-replaceable part, so you can install it yourself without special tools.

Main features

• Genuine Canon replacement part (QY6-8028) for guaranteed compatibility and performance.
• Dedicated black ink channel for sharp, dense text and graphics.
• Thermal inkjet technology with high nozzle density (typically 1024–1280 nozzles) for fine detail.
• Supports pigment black ink for smudge-resistant, water-resistant prints.
• Easy installation – no technical expertise required.
• Restores original print quality and prevents damage from clogged nozzles.

Specifications

• Brand: Canon
• Model: QY6-8028
• Product type: Print head
• Print colour: Black
• Print technology: Thermal inkjet
• Ink type: Pigment black
• Number of nozzles: 1024–1280 (black)
• Compatibility: Canon PIXMA and MAXIFY series (verify specific model)
• Condition: New, genuine Canon part
• Packaging: Retail box

Tips

Before installing, run your printer's built-in cleaning cycle to flush any residual ink from the system. Handle the print head by its plastic edges and avoid touching the nozzle plate or electrical contacts. After installation, perform a nozzle check and alignment to ensure perfect output. Always use genuine Canon ink to maintain warranty and optimal performance.