Copy paper EMERSON A4 80 g/m² lilac, 500 sheets

EMERSON A4 copy paper 80 g/m² in lilac is standard-sized printing paper supplied in a pack of 500 sheets. It is produced for general office use and is suitable for both laser and inkjet printers as well as copiers. The 80 g/m² basis weight and smooth surface ensure consistent feeding, legible text and dependable reproduction of moderate graphics, while the lilac tint enables simple color-coding of internal documents, drafts and memos.

Advantages

This A4 paper offers uniform weight and thickness across the pack, reducing the risk of jams and misfeeds in office equipment. The smooth surface improves toner adhesion in laser printing and ink distribution in inkjet printing, resulting in clear text and consistent color for light graphics. The lilac color provides a practical visual distinction for filing and organizing documents without affecting standard printer settings.

Suitable for

• Everyday office printing of documents, drafts and memos
• Color-coded filing and internal paperwork
• Laser and inkjet printers and office copiers
• Multipage documents and handouts for meetings

Key specifications

• Format: A4 (210 × 297 mm)
• Weight: 80 g/m²
• Color: lilac
• Sheet count: 500 sheets per pack
• Surface: smooth, suitable for toner and inkjet inks

How to use

Remove the required number of sheets from the pack and load them into the paper tray of your printer or copier according to the device manufacturer's instructions, taking care to align edges to prevent feeding issues. Select standard A4 paper settings and 80 g/m² or "normal" paper weight in the print driver for best results. For double-sided printing, verify that your printer supports duplexing and test a single sheet to confirm orientation and print quality.

Usage recommendations

Store unopened packs flat in a dry environment away from direct sunlight and high humidity to maintain paper flatness and prevent color fading. Allow paper to acclimatize in the printing room for at least two hours before use when moving between environments with large temperature or humidity differences. For best print quality, avoid using heavily saturated photographic images; this paper is optimized for text and moderate graphics.