Film d'impression laser A4 Avery 3552

Avery 3552 printing film is a transparent polyester sheet designed specifically for use in laser printers. With a thickness of 0.1 mm and a PVC-free composition, each pack contains 100 A4 sheets intended for applications that require clear, durable printing surfaces. The material delivers sharp print detail and consistent feed through compatible laser devices, making it suitable for producing labels, overlays, windows, and presentation elements where transparency and longevity are required.

Advantages

The polyester construction provides dimensional stability and resistance to tearing, moisture and typical office wear. The 0.1 mm thickness balances rigidity and flexibility so sheets can be handled, die-cut or trimmed without curling. Being optimized for laser printing ensures toner adhesion and crisp text/graphics reproduction. The PVC-free composition reduces concerns about plasticizers and supports clearer transparency compared with many vinyl alternatives.

Key specifications

• Material: transparent polyester (polyethylene terephthalate)
• Compatible printing method: laser printers
• Sheet size: A4
• Sheet count per pack: 100 sheets
• Thickness: 0.1 mm
• Surface finish: printable, smooth
• Composition: PVC-free

How to use

Load sheets into the printer according to the device manufacturer’s instructions for specialty media, placing the printable side as specified by your printer. Use laser printer settings recommended for transparencies or heavy media to ensure proper fusing of toner to the polyester surface. Allow prints to cool briefly after exiting the printer before stacking or cutting to avoid smudging. For die-cutting or trimming, use sharp tools and support the sheet on a flat surface to maintain clean edges.

Recommendations

Test a single sheet in your specific laser printer model to confirm feed path, toner adhesion and print quality before processing large batches. Store unopened packs flat in a dry, cool environment away from direct sunlight to preserve flatness and printability.