HP Universal Coated Paper (42" x 150' Roll)

Overview

The HP Q1406B is a roll of coated paper designed for wide format printing, measuring 42 inches wide and 150 feet long. It serves professionals who need reliable color reproduction and sharp detail for large prints such as banners, posters, architectural plans, and presentation graphics. With a matte finish and instant-dry coating, this paper ensures prints are ready for handling and finishing quickly without smudging.

Key features

• Matte surface finish that reduces glare and delivers a smooth, professional look to every print
• Instant-dry coating compatible with latex printers and devices using dye or pigment inks, enabling fast turnaround
• Generous roll length and width to support large-format projects and minimize frequent paper changes
• Balanced basis weight and thickness for durability while maintaining easy handling and flexibility
• High brightness and whiteness levels that improve color accuracy, contrast, and detail visibility
• Standard 2-inch core for easy mounting on most wide format printers and plotters
• Recyclable material construction to support environmentally conscious printing workflows

Key specs

• Roll width: 42 inches
• Roll length: 150 feet
• Basis weight: 90 gsm
• Thickness: 4.9 mil
• Brightness: 89%
• Whiteness: 117%
• Core size: 2 inches

Compatibility and practical use

This coated paper works well with a variety of wide format printers, including latex devices and those using standard dye or pigment inks. Its instant-dry surface allows teams with mixed printer fleets to use a single paper type, simplifying inventory and reducing waste. The roll size and coating make it suitable for graphic designers, repro houses, schools, and office teams producing engineering drawings, retail signage, and other large-format prints.

Environmental considerations

Constructed from recyclable materials, this paper supports sustainability efforts without compromising print quality. Its design fits seamlessly into existing workflows, helping organizations reduce their environmental footprint while maintaining professional output standards.