Transparent Dining Chair Stackable Curved Back With Stainless Steel Black Legs Oyster Collection, Amber

Highlights

• The dining chair features a curved backrest that supports the spine’s natural curve and a rounded seat edge with a smooth, sloping front that reduces pressure on the thighs. This design makes it comfortable for long sitting in dining rooms, kitchens, or offices.
• The kitchen chair has an X-shaped frame underneath the seat that provides secure and stable support by evenly distributing weight. It has stainless steel legs with a powder-coated finish for durability and modern style, each with a diameter of 0.07 inches. The chair supports a weight capacity of up to 330 pounds, ensuring it is reliable for everyday use.
• The seat and backrest are made from high-quality transparent molded polycarbonate. This material is durable and impact-resistant, ensuring the side chair retains its shape and appearance over time. The transparent design creates a sense of openness in the room by allowing light to pass through, contributing to a more airy and spacious feel.
• This dining chair weighs 9.46 pounds, making it lightweight and easy to move. Its stackable design allows you to save space by stacking multiple chairs when not in use, ideal for both small and large spaces.
• The chair is UV-resistant, which protects it from fading and discoloration caused by prolonged exposure to sunlight. This feature ensures the accent chair maintains its color and appearance over time.
• The dining room chair has plastic glides on the bottom of each leg, which protect your floors from scratches and scuffs. These glides help the chair move smoothly and quietly on different surfaces, keeping your flooring in good condition.
• Assembly is straightforward with all necessary tools and instructions included. The chair features screws beneath the seat for a secure attachment to the frame, enhancing its stability and durability. The smooth surfaces are easy to clean with a dry or damp cloth, ensuring the chair remains in good condition with minimal effort.