Hewlett-packard HEWQ1405B Matte-coated Paper 36x150 Ft

Product Description

The HEWLETT-PACKARD HEWQ1405B is a 24 lb matte-coated large format paper roll designed for wide-format inkjet printers. Measuring 36 inches wide by 150 feet long, it delivers consistent color accuracy and sharp text reproduction across the full roll. The matte-coated surface controls ink spread, producing clean edges on both line art and photographic content. Its smooth exterior helps reduce paper jams and misfeeds during high-volume print runs. This roll is suited for print shops, reprographics departments, and in-house creative teams that need reliable output on a daily basis.

This paper is intended for large format printing applications including working comps, design proofs, event signage, trade show posters, and general production output. The 36-inch width is a standard size for wide-format roll-fed printers commonly found in reprographics, architecture, engineering, and marketing production environments. The 150-foot roll length reduces changeover frequency on high-volume jobs, supporting consistent workflow without interruption.

Key Features

• Matte-coated surface for sharp color and precise text reproduction
• 36-inch wide format compatible with standard wide-format roll-fed inkjet printers
• 150-foot roll length reduces media changeover on production runs
• 24 lb paper weight provides a sturdy substrate for signage and proofing applications
• Smooth finish minimizes paper jams and misfeeds

Compatibility

Designed as a standard large format matte-coated roll for wide-format inkjet printers that accept 36-inch roll media.

Installation Notes

Loading should be performed by following the printer manufacturer roll-loading procedure for the specific wide-format printer in use. Ensure the roll spindle is properly seated and the media path is clear before initiating a print job. Store unused rolls horizontally in a cool, dry environment to prevent curl and coating damage. Do not force the roll through the media path if resistance is felt during loading.