HP 1067/45.7/Universal Bond Paper, matte, 42", 2-pack, A6DF0A, 80 g/m2, paper, 1067mmx45.7m, white, for inkjet printers, roll,

HP Universal Bond Paper is a professional choice for those seeking reliable, high-quality paper for everyday document printing.

This universal matte paper with a weight of 80 g/m² is an ideal partner for inkjet printers and ensures results that meet even the most demanding requirements for readability and the aesthetics of prints.

Thanks to certification and HP's special ColorPRO technology, you get paper that significantly improves print quality without compromising production speed.This product is supplied as a practical package containing two rolls, ensuring longer printing time and less frequent material replacement.

Each roll is 1067 mm (42 inches) wide and 45.7 meters long, corresponding to a total area sufficient for thousands of pages of standard documents.

The paper is white, matte, and its surface is optimized for ink absorption, resulting in sharp text, clear lines, and rich colors.

ColorPRO technology ensures an extended color gamut and higher contrast in shades of black, making your graphics and text look professional and attractive.Roll width: 1067 mm (42")Roll length: 45.7 mPaper weight: 80 g/m²Surface: Matte, whitePackage contents: 2 rollsTechnology: HP ColorPRO for higher color quality and contrastPrinter type: Inkjet printersPackage dimensions (H x W x D): 107.0 cm x 20.4 cm x 10.2 cmHP Universal Bond Paper is designed to minimize the risk of paper jams and ensure smooth printing processes.

Its universal nature allows it to print a wide range of documents – from business reports and invoices to marketing materials and presentations.

Thanks to its certification, this paper is environmentally friendly and meets strict ecological standards, which is important for companies that emphasize sustainability.

By choosing this paper, you are investing in quality that will be evident in every detail of your prints, while also saving time and costs associated with having to reprint due to insufficient substrate quality.