Large-format HP paper bond universal 24 inch roll 61 cm × 45.7 m, 80 g/m², 106 µm, matt — 4-pack

HP Universal Bond Paper with ColorPRO Technology in a 4-pack of 24-inch (61 cm) rolls provides consistent matte results for large-format printing. Each roll is 45.7 m long, 80 g/m² (106 µm) and is designed for both ink and toner output. The paper is suitable for technical drawings, proofs, posters and general office wide-format prints, offering reliable feed and professional-looking matte prints.

Advantages

ColorPRO Technology improves color range and detail, producing sharp lines and high-impact graphics. The paper is compatible with HP inks and printers for consistent performance, and is available in metric and jumbo sizes to reduce handling steps. The product is recyclable and FSC®-certified, supporting environmental objectives while helping to maintain productivity and lower printing costs.

Suitable for

• Technical drawings and CAD prints
• Proofs and layout verification
• Posters and promotional displays with matte finish
• General wide-format office prints and documentation

Key specifications

• Brand: HP
• Product type: Universal bond paper, matt finish
• Pack size: 4 rolls
• Roll width: 61 cm (24 in)
• Roll length: 45.7 m
• Weight: 80 g/m²
• Thickness: 106 µm
• Compatible with: ink and toner output
• MPN: A6DE8A
• EAN: 0848412028522

How to use

Install the roll according to your large-format printer’s instructions, selecting the universal bond or plain paper media setting. Load the roll ensuring straight feed and correct tension, then adjust print settings for matte paper and the intended output (draft, normal, or high quality). For best results with color work, use the printer’s ColorPRO or color management settings when available.

Recommendations

Store rolls flat or on a proper roll holder in a dry environment away from direct sunlight. For consistent feeding and print quality, handle rolls carefully to avoid creases and maintain recommended printer maintenance routines. Choose metric or jumbo sizes as needed to reduce handling and increase throughput.