The iDesign Axis Wall Mount Mail and Key Rack brings organization to your home! The rack creates a convenient place to hold all your keys, mail, or leashes, featuring 6 hooks for everyone! The upper basket allows you to store mail, letters, checks, notes, and other important items. Crafted from steel wire and coated with a black finish, this rack will fit in with any decor. It's perfect for your kitchen, mudroom, or entry-way! Hardware is included for wall mount. Measuring 10.5" x 2.5" x 4.5", the iDesign Axis Wall Mount Mail and Key Rack is the perfect addition to your home. With iDesign by InterDesign, you can #LiveSimply every day.
- WALL MOUNT MAIL AND KEY RACK: Features four hooks and letter holder to provide convenient storage for keys, wallets, phones, mail, notes, and more by the front or back door
- VERSATILE STORAGE SOLUTION: Can also be used in the office, hallway, garage or any room in the home that you need additional organization
- EASY INSTALLATION: Simply mount it to any interior wall with included hardware for easy installation and set up
- MADE WITH DURABLE STEEL AND BPA-FREE PLASTIC: Durable steel construction with BPA-free plastic woven accents and matte black finish stands up to every day use matches a variety of home decor styles
- COMPACT SIZE: Measures 10.5" x 2.5" x 4.5" to add instant storage in compact spaces
- WALL MOUNT MAIL AND KEY RACK: Features four hooks and letter holder to provide convenient storage for keys, wallets, phones, mail, notes, and more by the front or back door
- VERSATILE STORAGE SOLUTION: Can also be used in the office, hallway, garage or any room in the home that you need additional organization
- EASY INSTALLATION: Simply mount it to any interior wall with included hardware for easy installation and set up
- MADE WITH DURABLE STEEL AND BPA-FREE PLASTIC: Durable steel construction with BPA-free plastic woven accents and matte black finish stands up to every day use matches a variety of home decor styles
- COMPACT SIZE: Measures 10.5" x 2.5" x 4.5" to add instant storage in compact spaces
