Avery C2570-50 valokuvapaperi puolikiiltävä 250 g/m² mustesuihku 50 kpl

Avery C2570-50 Semi-gloss photo paper is a white, 250 g/m² inkjet media supplied in packs of 50 sheets. The semi-gloss surface balances reflective sheen and reduced glare to deliver detailed prints with vivid colors and smooth tonal transitions. This paper is intended for photographic prints, graphic reproductions and client presentations where a professional appearance is required without the high reflectivity of high-gloss stock.

Advantages

The semi-gloss finish enhances color saturation and detail while controlling surface reflections for easier viewing under varied lighting. At 250 g/m² the paper offers a substantial feel and improved feed reliability in most consumer and office inkjet printers. The uniform white base supports accurate color reproduction and consistent results across batches, and the 50-sheet pack size provides enough quantity for small projects or routine photo printing without excessive storage needs.

Suitable for

• Home and office photo printing
• Printed photographs for albums and frames
• Color graphics, flyers and promotional images
• Proofs and sample prints for client review

Key specifications

• Finish type: Semi-gloss
• Media weight: 250 g/m²
• Sheets per pack: 50
• Color: White
• Compatible printing technology: Inkjet

How to use

Load the paper into the rear or main tray of your inkjet printer according to the printer manufacturer’s instructions, with the printable side facing the correct direction for your machine. Select the media type or paper weight setting closest to 250 g/m² and choose a photo or high-quality print mode to optimize ink application. Allow printed sheets to dry flat and avoid stacking immediately if heavy ink coverage is used, to prevent smudging or transfer.

Recommendations

For best results, use compatible ink cartridges and set printer color profiles when available. Store unused sheets in a cool, dry place away from direct sunlight and humidity to preserve surface finish and feeding performance.