Гардероб с 2 плъзгащи врати в естествен цвят 121×56,5×180,5

Griffin modeliny two-leaf wardrobe with sliding doors natural color 121×56.5×180.5cmThe Griffin two-leaf wardrobe is a great choice for organizing your clothes with style and functionality. With sliding doors to save more space and various ways of storage, it gives a sense of cleanliness, calmness and organization to your space. Renew your space and enjoy the convenience and functionality it offers and get a well-designed and pleasant atmosphere in your space.Technical Specifications: Construction of high-quality melamine-coated chipboard, resistant to stress, wear and time. Offered in natural color. It has two sliding doors to save more space. Inside includes hanging rods and a shelf.Product Dimensions: Length: 121 cm. Width: 56.5 cm. Height: 180.5 cm.Material Informations: Chipboard: Chipboard, also known as particleboard, is a composite wood material made from small wood chips, usually pine or fir, glued together under high pressure and temperature using resins. It is widely used in furniture construction, interior surfaces, and structural applications. Melamine (LPB): LPB (Low Pressure Melamine) melamine is a synthetic material widely used in the surface treatment of chipboard in furniture and surface manufacturing due to its durability and ease of maintenance. It is applied to substrates such as MDF (Medium-density fibreboard) or OSB (Oriented Strand Board) to produce resistant surfaces.  Maintenance Instructions: Chipboard: For cleaning chipboard, you can use a soft cloth lightly dampened with water and mild detergent. Avoid excessive use of water and keep the surface dry after cleaning. Melamine (LPB): To remove stains from the surface, use a soft cloth with warm water and mild soap. Gently wipe the surface until the stain is removed. Melamine is sensitive to moisture, so it’s important to protect it from water.Remarks: The product is delivered unassembled, in factory packaging and with a detailed assembly guide. The color shade of the product may slightly differ from its photographic representation on your screen.