Epson SS9KW 9mm x 8m Black on White Label Tape

Epson SS9KW Media

The Epson SS9KW Label Tape provides a standardized solution for industrial identification and professional organizational tasks. This consumable cartridge utilizes advanced thermal transfer technology to produce high-resolution text and symbols. It specifically targets environments requiring durable, long-lasting labels that resist environmental degradation. The 9mm width makes it suitable for labeling thin cables, electrical faceplates, and narrow storage bins. Consequently, IT professionals can maintain precise asset management across dense hardware deployments. The polyester base material ensures structural integrity under varying conditions. Additionally, the integrated ribbon mechanism prevents ink wastage during the printing process.

Key Features

• Thermal Transfer Technology
  This method creates permanent markings by melting resin-based ink onto the tape surface. It prevents smudging or fading over time.

• Environmental Resistance

  • Resists moisture and chemical exposure in industrial settings
  • Withstands temperatures ranging from -10°C to 70°C
  • UV-resistant coating prevents yellowing under fluorescent lighting

• Split-Back Design
  The backing paper features a longitudinal slit for rapid removal. Therefore, technicians save significant time during high-volume labeling projects.

Specifications

What’s in the Box

• 1 x Epson SS9KW 9mm Label Cartridge
• Installation Guide

Why Choose This Media

• The permanent adhesive ensures labels remain attached to low-energy surfaces like plastic enclosures. However, it leaves minimal residue if removal is required.
• High contrast ratios improve the readability of small fonts. Consequently, barcode scanners can decode information more accurately from narrow surfaces.
• This OEM product guarantees compatibility with Epson LabelWorks hardware. Therefore, it prevents mechanical jams and protects the print head from premature wear.
• The 8-meter length provides a lower cost-per-label compared to shorter consumer-grade alternatives. This makes it a viable option for large infrastructure projects.