Bibble table Argos The Classic mdf in walnut shade D120x76cm

Minimum Order Quantity: 1
Are you looking for a modern table that combines aesthetics and quality? The round Bibble table with its unique design is here to elegantly renew your space.

Technical characteristics:

• Made of high quality mdf with lpl.
• Available in walnut color.

Product dimensions:

• Length: 120 cm.
• Width: 120 cm.
• Height: 76 cm.
• Endurance weight: 100 kg.

Material information:

• MDF: MDF (Medium-density fibreboard) is a wood derivative. For its production, resins (glues) are used to weld the wood fibers which are compressed with special heated presses. It is denser than chipboard and durable. It also does not absorb any moisture.
• LPL DECOR PAPER: LPL (Low-Pressure Laminate) Decor Paper is a material widely used for decorating surfaces such as furniture, doors, floors and other interior decoration surfaces. It is a type of decorative paper that is impregnated with resins to make it durable and give it a shine. It is then applied to substrates such as MDF (Medium-density fibreboard) or plywood and processed under low pressure and heat to produce products such as furniture surfaces. It is available in a wide variety of colors, patterns and textures that can replicate natural materials such as wood, marble and granite.

Maintenance instructions:

• MDF: To clean it use a soft dry cloth to remove dust and dirt. For stains, use a soft cloth with warm water and mild soap. Gently wipe the surface until the stain is removed. Finally, wipe the surface well with a dry cloth. MDF is sensitive to moisture, so it is important to protect it from moisture. Wipe up any liquids immediately. Do not use strong cleaners or chemicals as they may damage the MDF.
• LPL Decor Paper: LPL coated surfaces are easy to clean with mild detergents and a soft cloth. It is recommended to avoid contact with liquid elements.

Remarks:

• The product is delivered unassembled in factory packaging with a detailed assembly guide.
• The color shade of the product may differ slightly from the photographic representation on your screen.