Wooden Dining Chairs Set of 4 with Back, Tufted Fabric Upholstered, Beige with Natural Wood Legs, 38.2H x 19.8W inches Natural+Beige (Walnut)

Transform your dining space with these elegantly designed dining chairs that perfectly blend comfort with style. The set of 4 chairs features a sophisticated tufted backrest, clean lines, and a minimalist aesthetic that complements any decor from traditional to modern. Each chair is crafted with a sturdy rubberwood frame and upholstered in soft, durable beige fabric, supporting up to 250 pounds. The ergonomic design includes a curved backrest and well-padded seat cushion for optimal comfort during long meals. With dimensions of 38.2 inches high, 23.25 inches deep, and 19.8 inches wide, these armless chairs are perfectly proportioned for most dining tables while easily tucking underneath to save space. The natural wood legs with protective floor pegs add both stability and style while preventing scratches. These versatile chairs work beautifully in dining rooms, living spaces, offices, or bistros. Assembly is required and all necessary tools are included, making these chairs a practical and stylish addition to any home.

• CLASSIC DESIGN: Mid-century modern dining chairs featuring tufted fabric upholstery in beige with natural wood legs, blending seamlessly with any home decor style from traditional to contemporary
• STURDY CONSTRUCTION: Built with a robust rubberwood frame supporting up to 250 pounds per chair, complete with protective floor pegs to prevent scratches on your floors
• DIMENSIONS: The chairs measure 23.25" wide x 19.8" deep x 38.2" high, with a seat height of 20.75" and a weight capacity of 250 pounds per chair, making it suitable for the vast majority of people
• ERGONOMIC COMFORT: Features a thoughtfully curved backrest with strategic tufting and plush sponge cushioning to support proper posture during extended seating periods
• VERSATILE USE: Ideal for dining rooms, living spaces, offices, or restaurants - these armless chairs easily tuck under tables to maximize space while maintaining elegant functionality