Shoe Rack 4 Doors with Side Mirror Door
This 4-tilting door shoe cabinet with a side door is a premium option for shoe storage, offering a spacious and well-organized area. Its sophisticated design and capacity make this piece of furniture a must-have addition to any home.
Measurements:
Height: 162 cm
Width: 99 cm
Depth: 24 cm
Reference: 59009AKUU
Color: Finishes in White and Oak
Kit Descans. Our strengths or advantages.
Immediate delivery: All the genre is available in our warehouses, except for momentary stock breakage.
Self-service: If you pick it up at our warehouses, an extra discount and we guarantee you the most competitive price in the market.
Customized budgets: Personalize and plan your budget comfortably from our website.
Our brands: Most of our brands are European and internationally recognized.
Our motto: Economical YES, anything NO!.
Transport: | Transport Included (Not assembled) - Minimum €300 Self-service -20% |
Combinations | Transport | Price | Add to cart |
Transport :
Transport Included (Not assembled) - Minimum €300
|
Transport Included (Not assembled) - Minimum €300 |
€280 |
€280 |
Transport :
Self-service -20%
|
Self-service -20% |
€224 |
€224 |
Shoe Rack 4 Doors with Side Mirror Door
This shoe cabinet with 4 tilting doors and a side mirror door is a premium option for shoe storage.
Measuring 162 × 99 × 24 cm, it offers a spacious and efficiently organized area, ideal for keeping a large number of shoes orderly and accessible.
The sophisticated design of the cabinet, combined with its remarkable capacity, makes it an essential addition to any home seeking to blend style and functionality.
The sturdy structure and attractive aesthetics of this shoe cabinet make it perfect for placement in bedrooms or hallways, adding a touch of elegance to the decor.
The availability of immediate delivery is an additional advantage, offering customers the opportunity to enjoy this quality piece of furniture without long waits. This shoe cabinet not only meets storage expectations but also enhances the beauty and order in any space where it is placed.