Cornice singola Hama Copenhagen nero vetro MDF 320x420 mm

The Hama Copenhagen single picture frame in black combines a glass front with an MDF frame to present photos or artwork in a clean, contemporary style. Sized for an image area of 320 x 420 mm (commonly referred to as 20 x 28 cm), this wall-mountable frame is designed to hold a single print and to create a reflective, polished display that suits modern interiors.

Advantages

The glass front offers clear protection and a reflective finish that enhances image contrast and color depth while the MDF surround provides a solid, lightweight structure with a matte black appearance. The frame is ready for wall mounting and delivers a neat, minimalist aesthetic without visible fastenings. Its dimensions fit common print sizes, making it easy to frame standard photographs or art prints.

Suitable for

When it may not be suitable

This frame may not be suitable for works on very thick substrates or three-dimensional objects, since it is designed for flat prints behind glass. If you need UV-filtering or museum-grade archival protection for valuable originals, the standard glass and MDF construction here does not replace specialized conservation framing.

Key specifications

How to use

Place your print face down, open the rear fastenings, and position the photograph or artwork onto the backing board so it aligns with the visible window. Close and secure the rear clips or tabs, check the image sits straight, and hang the frame using the integrated mounting bracket or hanging hardware. Clean the glass with a soft, lint-free cloth and a non-abrasive glass cleaner before inserting the print to avoid trapped dust or fibres.

What to consider before purchase

Recommendations

For best visual results, mount prints with a clean white or neutral-coloured mat to increase perceived contrast behind the reflective glass and maintain even spacing around the artwork. Use appropriate wall anchors for the weight of the framed item and avoid placing the frame in direct sunlight to reduce potential fading over time.