Magazine rack Zeller Present 17742 Metal Black

The Zeller Present 17742 Metal Black magazine rack is a compact, single-piece solution for organizing periodicals and loose papers. Constructed from metal with a matte black finish, it measures 390 mm wide, 175 mm deep and 270 mm high, providing a vertical storage area that keeps magazines upright and visible while occupying minimal floor or tabletop space. The open-frame design makes it easy to insert and remove items and preserves the appearance of printed materials without folding or bending.

Advantages

This metal magazine rack combines durability and a slim profile, offering a stable holder for magazines, catalogs and brochures. The black finish resists common marks and integrates with different interior styles. Its single-piece construction requires no assembly and delivers a neat, uniform silhouette that is easy to move and clean.

Suitable for

• Home living rooms and bedrooms for magazines and newspapers
• Office waiting areas and reception desks for brochures and catalogs
• Study rooms and libraries for periodicals and lightweight documents
• Retail counters for display of promotional leaflets and small catalogs

Key specifications

• Material: metal
• Finish: black (matte)
• Width: 390 mm
• Depth: 175 mm
• Height: 270 mm
• Construction: single-piece, open-frame
• Capacity: suitable for standard magazines and similar printed items

How to use

Place the magazine rack on a stable, level surface such as a table, shelf or floor. Arrange magazines and papers vertically with the spines or edges facing upwards so items remain accessible and visible. Do not overload the rack beyond its capacity; distribute items evenly to maintain balance. For transport, lift the rack by its sides and avoid dragging to protect both the finish and the supporting surface.

Usage recommendations

To preserve the black finish, clean the metal surface with a soft, damp cloth and mild detergent if necessary; avoid abrasive cleaners and prolonged exposure to moisture. Position the rack away from direct sunlight and heating sources to reduce surface fading and thermal stress.