The Kiana Shoe Cabinet combines functionality and elegance, offering a practical and stylish way to organize your shoes while also serving as a comfortable bench. Made from durable materials, this shoe cabinet is an excellent addition to any entryway, hallway, or bedroom.
Technical Specifications:
- Capacity 4 compartments.
- Material: Made from particle board with high-durability LPL laminate coating.
- Color: Offered in grey-oak wood tone.
- Top Surface: Features a cushion made from black PU leather.
Product Dimensions:
- Length: 60 cm
- Width: 32 cm
- Height: 44 cm
- Weight Capacity: 50 kg
Product Information:
- LPL (Low-Pressure Laminate) Decor Paper is a material widely used for decorating surfaces such as furniture, doors, flooring, and other interior design elements. It is a type of decorative paper impregnated with resins to increase durability and provide a glossy finish. It is applied to substrates like MDF (Medium-Density Fibreboard) or plywood and processed under low pressure and heat to produce finished furniture surfaces. LPL is available in a wide range of colors, patterns, and textures that can replicate natural materials like wood, marble, and granite.
- PU Leather / Faux Leather (Upholstery): PU refers to polyurethane, a synthetic leather alternative widely used in many industries due to its excellent properties. It offers good durability, is easy to clean, waterproof, resistant to deformation, and environmentally friendly.
Material Maintenance:
- LPL Decor Paper: Surfaces coated with LPL are easy to clean using mild detergents and a soft cloth. It is recommended to avoid direct contact with liquids.
- PU Faux Leather: Use a soft cloth to remove dust from the surface. For stains, use lukewarm water and mild soap, then wipe the area clean. Always dry the surface with a dry cloth to avoid watermarks.
Notes:
- The product is delivered unassembled, in its original factory packaging, and includes a detailed assembly guide.
- The product color may vary slightly from the image displayed on your screen due to lighting or display settings.