Double decker Faryn pakoworld walnut color wood-black metal 90x190cm

• Construction of rubberwood and reinforced metal frame of high resistance, in the shade of walnut-black that takes off the overall effect.
• Includes metal frame.
• The headboard and footboard are decorated with an elaborate geometric design that lends a patina of classicism and luxury.
• The base rests on 4 reinforced legs, making it possible to clean the space under the bed.
• The legs have plastic covers to protect the floor from unwanted wear.
• Combined with a 90x190 mattress (not included in the price)

• Length: 100 cm.
• Width: 200 cm.
• Height: 157 cm.
• Weight Capacity: 100-120 kg per level.

• Rubberwood: Rubberwood is a popular material derived from the wood of the rubber tree (Hevea brasiliensis), which is widely used in the manufacture of furniture and other interior decoration items. It is wear resistant and easy to process. Due to its density, it is durable and strong, making it suitable for furniture making and structural applications.
• Metal: Metal is widely used in furniture making, offering a number of advantages over other materials. It is extremely wear-resistant, ideal for furniture intended for daily use in a demanding environment. It maintains its shape and structure perfectly, ensuring stability and longevity to the furniture. In addition to the properties mentioned above, the metal may have other characteristics, such as antimicrobial activity (copper) or superconductivity (molybdenum).

• Rubberwood: Wipe with a soft cloth to remove dust and dirt. Avoid exposing the material to moisture, as it can cause deformation or deterioration of the wood. To protect and preserve Rubberwood, you can use special wood finishing products that will help preserve its texture and shine.
• Metal: For any indoor metal, dusting or cleaning with a damp cloth at regular intervals is the appropriate choice.

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