This modern highboard, a sideboard type storage unit, embodies the minimalist style with its clean lines and functional design. Eligible for use in dining and living rooms, it offers a sleek appearance for contemporary living spaces. The highboard stands tall, making it perfect for showcasing your favorite decorative pieces or kitchen essentials. Vividly dual-toned with engineered wood and metal, the highboard is both a prominent display piece and a storage necessity in modern homes. Wherever placed, it becomes the focal point, balancing elegance with efficiency. Sturdy Engineered Wood: The main material, engineered wood, is selected for its robust strength and aesthetic appeal. Perfect for creating a sophisticated storage solution, it is resistant to daily wear and tear, ensuring the sideboard maintains its original look for years to come. Functional Hinge Doors: These doors provide easy access to stored items with their smooth operational freedom. The hinge mechanism allows full door opening without obstructing the pathway, ideal for spaces needing deep storage options. Practical Metal Handles: The sideboard features black bar-type metal handles, offering a simplistic yet elegant grip to open the compartments. These handles align with the modern style, complementing existing furniture décors effortlessly. Rectangular Shape: Its geometric precision adds to the seamless engine of modern interior design. This uncomplicated rectangle design provides maximum surface space without compromising sophistication in presence. Versatile Use: Ideal for living rooms, dining areas, or office spaces, this highboard organizes items systematically, curating an uncluttered and cohesive environment. It efficiently accommodates dinnerware, books, and decorative items alike.

• Colour: Black oak
• Material: Engineered wood
• Overall dimensions: 80 x 33 x 150 cm (L x W x H)
• With 4 doors
• Max weight: 120 kg
• Assembly required: Yes
• Delivery-contains:
• 1 x Sideboard: 80 x 33 x 70 cm(LxWxH)
• 1 x Top for highboard: 80 x 33 x 80 cm(LxWxH)