Photo paper roll HP Universal Instant-dry Gloss 610 mm x 30.5 m, 200 g/m², brown/white

HP Universal Instant-dry Gloss Photo Paper is a porous, instant-dry glossy photo media designed for presentation graphics, displays and color presentations. The 610 mm x 30.5 m roll (24 in x 100 ft) weighs 200 g/m² and is available in a brown-and-white media construction; shelf life for unused printing material is two years. This paper is part of the HP Designjet printing solution and is engineered to work with HP printers, inks and media to deliver consistent, high-quality results.

Advantages

The paper offers an instant-dry glossy surface that reduces smudging and enables immediate handling after printing. Its 200 g/m² weight provides a balance of rigidity and flexibility appropriate for mounted presentations and indoor displays. Compatibility with HP Designjet printing systems ensures predictable colour reproduction and reliable media handling on large-format printers.

Suitable for

• Presentation graphics and colour prints
• Indoor displays and posters

Key specifications

• Format: 610 mm x 30.5 m (24 in x 100 ft)
• Media weight: 200 g/m²
• Finish: Gloss, instant-dry, porous
• Product colour: Brown, White
• Quantity per pack: 1 roll
• Printing material shelf life: 2 year(s)
• Country of origin: Germany
• MPN: Q6574A, EAN: 0848412013795

How to use

Load the 610 mm roll into the compatible HP Designjet printer following the printer manufacturer's media loading instructions. Select the correct media type and weight in the print driver settings to match the 200 g/m² instant-dry gloss profile. Print at recommended ink settings for photographic or colour output, then handle prints carefully until fully cured—even though the surface is instant-dry, full ink stability may require additional time depending on ink and environmental conditions.

Usage recommendations

Store unused rolls horizontally in their original packaging in a cool, dry place away from direct sunlight. Use within the two-year shelf life for best results and avoid exposure to high humidity to prevent media deformation.