Refresh your living space with the Jelika modern armchair bed, designed to deliver both comfort and versatility.
Its unique aesthetic, featuring squared tufted cushions, adds a touch of contemporary design, while its compact shape makes it an ideal fit for any corner of your home.
Technical Features:
• Sturdy metal frame, highly durable over time, upholstered in premium fabric in a grey-beige tone.
• Foldable mattress that easily transforms the armchair into a bed whenever needed.
• Supported by black-finished metal legs.
• Includes a large, practical back cushion in matching grey-beige color.
Product Dimensions:
Armchair:
• Length: 88 cm
• Width: 110 cm
• Height: 86 cm
Bed:
• Length: 88 cm
• Width: 200 cm
• Height: 86 cm
Seat height: 46 cm.
Material Information:
• Metal: A widely used material in furniture making, offering superior durability compared to many alternatives. It is highly resistant to wear, making it ideal for pieces designed for everyday use. Metal maintains its shape and structure over time, ensuring stability and longevity. Additionally, certain types of metal provide unique properties such as antimicrobial action (copper) or superconductivity (molybdenum).
• Fabric: A versatile material created through weaving, knitting, stitching, or bonding fibers. Fibers may be natural (cotton, wool, silk) or synthetic (polyester, nylon). The weaving structure gives fabric its properties such as strength, softness, breathability, and elasticity. With countless varieties available, each fabric offers unique qualities and applications.
Care Instructions:
• Metal: For indoor metals, regular dusting or wiping with a damp cloth is recommended.
• Fabric: Maintenance depends on fiber type, construction, and usage. Use a mild detergent suitable for the fabric. Avoid bleach or whitening agents, as they may damage the fibers.
Notes:
• The product is delivered unassembled in its original factory packaging with a detailed assembly guide included.
• The product’s color tone may slightly differ from its photographic depiction due to screen display variations.
