Specification:

• Available Variant: Set of 4 / Set of 6
• Color: Black/White
• Material: Metal, Sponge, Plywood, PVC Leather
• Product Size: 18.30 x 15.94 x 38.19 in / 465x405x970 mm
• Load Capacity: 136 kg / 300 lb.
• Cushion Thickness: 1.57 in / 40 mm
• Seat Height: 17.72 in / 450 mm
• Seat Area Size: 15.94x15.55x1.77 in / 405x395x45 mm
• Product Weight: 3.71 kg / 8.18 lb Each

Description:

Elevate your home with this modern dining chair set, featuring sleek lines and precise stitching that bring minimalist sophistication to any dining room, open kitchen, or family area. Each chair is designed for ergonomic comfort, with high-density sponge padding, a thickened seat, and a higher backrest that follow natural curves to support long hours of sitting, whether for dining, work, gaming, or relaxation. The good-quality PVC upholstery offers a waterproof, easy-to-clean surface that combines durability with lasting style. Supported by sturdy metal legs with reinforced crossbars, these chairs hold up to 300 lbs, providing stable and reliable seating for dining rooms, living spaces, or office areas.

Key Features:

• Modern Stylish Design: Sleek lines & exquisite stitching on modern dining chairs—minimalist sophistication. The dining chairs set fits modern dining rooms, open kitchens, or family areas, elevating space with subtle fashion flair
• Ergonomic Comfort Padding: High-density sponge offers lasting support. Thickened seat & higher backrest cushioning of the dining chairs set of 4 follows ergonomic curves. Comfortable chairs ensures all-day comfort for work, gaming, or relaxation
• Easy-Clean PVC Material: Elevate your space with kitchen dining room accent chairs featuring good-quality PVC. These chairs for kitchen feature waterproof & easy-clean surfaces, and durable beauty for lasting stylishness
• Sturdy Metal Legs: Engineered for rock-solid support, these durable dining room chairs bear 300 lb with reinforced steel legs. Ideal for dining, living, or office settings

Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.