Scalloped Magazine File Holder / Acrylic / 8.46 x 7.28 x 6.5 / Standard Style / Clear

Features

• Elegant Scalloped Design: this acrylic book organizer for desk features a uniquely scalloped edge, transforming it from a simple utility item into a decorative piece for your space; The elegant wave-like contours add a touch of refined style to any desk, bookshelf, or workspace, ensuring your organization solutions are both functional and visually appealing;The magazine file holder is protected by a film to prevent scratches, and you’ll need to remove this film before use.
• Spacious Multi-compartment Storage: organize a variety of items with three roomy compartments; This acrylic book holder measures 8.46 x 7.28 x 6.5 inches/ 21.5 x 18.5 x 16.5 cm in length and width and height, with each compartment being 2.6 inches wide, this holder can accommodate letter-size documents, magazines, notebooks, binders, and mail; Its versatile structure makes it suitable for everything from office paperwork to craft supplies and books
• High-clarity Acrylic Construction: Fabricated from high-transparency acrylic material with a wall thickness of 4 mm, this magazine file holder offers a bright, clear view of its contents; The material maintains its clarity over time and seamlessly integrates into any existing decor, from modern minimalist to classic office styles, without obscuring important labels or documents
• Space-saving Vertical Structure: the upright design prioritizes efficiency by utilizing vertical space on your desk or shelf; Its stable construction allows it to stand firmly without tipping, keeping your materials neatly sorted and within easy reach; The organizer arrives fully assembled and is ready for immediate use
• Versatile for Multiple Settings: this organizer serves a wide range of needs in different environments; It is equally useful in a home office for sorting stationery, a classroom for holding textbooks and crafts, or a corporate setting for organizing client folders and incoming mail, helping to maintain order across various spaces