iDesign Paulownia EcoWood Drawer Organizer, Natural, 15" x 3.3" x 2.5"
iDesign Paulownia EcoWood Drawer Organizer, Natural, 15" x 3.3" x 2.5"
iDesign Renewable Paulownia EcoWood Expandable Flatware and Cutlery Tray.
Color: Natural
Measurements: 15" x 3.3" x 2.5"
Item #: 33040
Organizing to simplify life with ©Calm Order
The iDesign Renewable Paulownia Wood Drawer Organizer is an eco-friendly storage solution. It's ideal for organizing kitchen items like utensils, spatulas, and measuring cups, and works well in bathrooms, bedrooms, closets, offices, craft rooms, nurseries, and anywhere you need more organization.
The open top design keeps items in sight and easy to reach. It can be combined with other organizers from the Renewable Wood Collection (sold separately) for tailored storage. Made from renewable Paulownia wood, it withstands daily use and is sealed to resist stains, splinters, and warping. The natural finish fits different kitchen and home styles. Measuring 15" x 3.3" x 2.5", this versatile bin helps organize small spaces at home.
iDesign is dedicated to a sustainable future, using recycled plastic and renewable materials. Live simply and sustainably with iDesign. Our packaging will evolve as we develop more eco-friendly organization solutions.
VERSATILE USES: Paulownia wood is strong and doesn’t warp or break, making this storage bin ideal for damp areas like bathrooms. It offers stylish organization for any room. KITCHEN DRAWER STORAGE BIN: Great for storing kitchen and pantry items like utensils, spatulas, flatware, gadgets, measuring cups, and spoons.
MODULAR: Pairs with additional organizers in the Renewable Wood Collection in Paulownia Wood (sold separately) for modular and customized storage
CRAFTED WITH RENEWABLE PAULOWNIA WOOD: One of the fastest growing trees in the world, Paulownia wood is ideal for reforestation. The durable, yet lightweight construction stands up to every day use and is sealed to resist stains, splinters, and warping.
EFFICIENT SIZE: Measures 15" x 3.3" x 2.5" to create instant organization in compact spaces