Epson C13S045274 Bond Paper White 80g/m² 841mm x 50m

Epson Bond Paper White

The Epson C13S045274 Bond Paper provides a reliable medium for high-resolution technical printing in CAD and GIS environments. This 80g/m² media supports detailed architectural drawings with high line precision and contrast. It features a width of 841mm, which corresponds to the standard A0 format for technical plotting. The roll length extends to 50 meters, allowing for extended production runs without frequent media changes. Consequently, engineers receive sharp monochrome and line-color prints with minimal ink bleed. The internal core diameter measures 50.8mm (2 inches) to fit standard spindles in wide-format devices. This specific media architecture ensures compatibility with both the Epson SureColor and Stylus Pro series. Therefore, procurement managers can standardize their paper inventory for multiple plotter models.

Key Features

• Dimensional Stability
  The media maintains structural integrity under high heat and varying humidity levels to prevent warping.

• Ink Absorption Properties

  • Optimized for Epson UltraChrome pigment ink systems
  • Supports high-density monochrome line work without smudging
  • Facilitates quick-dry performance for immediate document handling

• Surface Finish Quality
  The treated matte surface minimizes light reflection to improve the legibility of fine technical annotations.

Specifications

What’s in the Box

• 1 x Epson C13S045274 Bond Paper Roll (841mm x 50m)

Why Choose This Media

• Professional IT managers select this media for its mechanical reliability within automated feed systems.

• The paper roll features precise edge-cutting to prevent edge-fray and reduce the risk of printhead strikes.

• Technical teams benefit from the high white point which remains stable over time for archival document storage.

• This product integrates directly with the automatic cutters found in the SureColor T-series to ensure clean edges.

• Consistent roll tension prevents feeding errors or paper jams during high-volume batch processing cycles.