Study desk Bencour pakoworld with bookcase mdf in oak color with white metal 90x40x73cm

Is elegance, quality, and minimal design your style? Tired of the same old things?
If so, the Bencour office desk is just what you need. Featuring a modern design, durable materials, and three extra side shelves for displaying and storing your favorite books and accessories.
A perfect decorative proposal to refresh the aesthetic of your space.

Technical Specifications:

• Constructed from high-quality MDF with a durable melamine coating (12mm thick)
• Supported by a sturdy black metal frame
• Includes a built-in bookshelf for support and open storage of books, documents, and decorative items
• Offered in a oak wood and white color combination

Product Dimensions:

• Length: 90 cm
• Width: 40 cm
• Height: 73 cm

Material Information:

• MDF (Medium-Density Fibreboard): MDF is an engineered wood product made from wood fibers bonded with resins and compressed under high heat and pressure. It is denser and stronger than chipboard and does not absorb moisture.
• Melamine (LPB - Low Pressure Melamine): LPB is a synthetic material widely used for surface finishing in furniture and interior design due to its durability and ease of maintenance. It is applied to substrates like MDF or OSB to create long-lasting surfaces.

Care Instructions:

• MDF: Clean with a soft dry cloth to remove dust and dirt. For stains, use a soft cloth with lukewarm water and mild soap. Wipe gently until the stain is removed, then dry with a clean cloth. MDF is sensitive to moisture, so avoid water exposure and wipe any spills immediately. Do not use harsh cleaners or chemicals, as they may damage the surface.
• Melamine (LPB): Use a soft cloth with lukewarm water and mild soap to remove stains. Wipe gently and dry the surface to prevent watermarks. Melamine should also be protected from moisture.

Notes:

• The product is delivered unassembled, in its original factory packaging, and comes with a detailed assembly guide.
• The product color may slightly vary from its photo representation due to screen settings or lighting conditions.