Mshliw Set of 4 Faux Leather Dining Chairs with Curved Widened Cushions, Black Metal Legs & Comfortable Backrest, Upholstered Accent Chairs

Product Overview

This set of 4 faux leather dining chairs combines comfort, durability, and modern style, making them a versatile addition to kitchens, dining rooms, restaurants, bedrooms, or office spaces. Designed with curved and widened cushions, each chair provides enhanced ergonomic support for long-term seating. The sleek black metal legs and contemporary appearance bring a clean, fashionable look to any setting. Product Features

• Upholstered in artificial leather with a cushioned backrest and widened seat for added comfort during extended use.
• Wear-resistant and easy-to-clean faux leather surface ensures long-lasting performance in daily environments.
• Sturdy black metal legs offer stable support and secure seating for both home and commercial spaces.
• Simple, contemporary design complements modern, minimalist, and transitional interior styles.
• Non-slip pads on each chair leg help prevent scratching floors and improve stability on different surfaces.
• Easy assembly with included instructions and necessary tools; most users complete setup in 10–15 minutes.
• Please note: Slight color variations may occur due to lighting or individual screen settings.

Specifications

• Main Materials: Faux Leather, Metal
• Seating Quantity: Set of 4 Chairs
• Assembled Dimensions: 19.60" L × 18.50" W × 32.60" H
• Product Weight (Each): 11.00 lbs
• Design Style: Modern, Contemporary
• Assembly Required: Yes

Suitable Scenarios

• Perfect for dining rooms, kitchens, and breakfast nooks.
• Suitable for restaurants, cafés, and hospitality spaces.
• Ideal for bedrooms, home offices, meeting areas, or small workspace corners.
• A great choice for modern or minimalist interior themes.

Notes

• Actual product color may vary slightly due to lighting or monitor display differences.
• Use a soft cloth for routine cleaning; avoid harsh chemicals to maintain the finish.
• Ensure all screws are tightened properly during assembly for optimal stability.