Plastic Stackable Dining Chairs with Metal Legs for Conference Room Office Dining Table, Easy Assembly, Stain-Resistant, Indoor & Outdoor Use

Highlights

• Modern & Versatile Dining Chairs: Elevate your space with these sleek, stackable dining chairs featuring matte-textured plastic seats and minimalist metal legs. Their neutral black finish blends effortlessly with modern, farmhouse, or contemporary décor, making them ideal for kitchens, dining rooms, offices, living rooms, or even outdoor patios. These chairs are a perfect choice to add timeless elegance while complementing any setting.
• Space-Saving & Lightweight Dining Chairs: Designed for small spaces, these dining chairs (17.9"D x 15.8"W x 30.1"H) are lightweight and easily stackable. You can store multiple chairs vertically to free up floor space in apartments, dorms, or compact dining areas. Their sleek design and smooth lines make rearranging for gatherings or moving them outdoors effortless.
• Indoor & Outdoor Dining Chairs: These versatile dining chairs are perfect for both indoor family dinners and outdoor use on patios, balconies, or camping trips. Constructed with weather-resistant materials, they withstand sun, rain, and humidity—making them ideal for backyard BBQs, cafes, or poolside lounging. Enjoy durability and comfort in any environment.
• Easy-to-Assemble Dining Chairs: No hassle here! Each dining chair includes clear, step-by-step installation instructions, with all screws and parts clearly labeled for easy identification.If you encounter any issues during assembly, contact us—we will respond and resolve your concerns within 24 hours, ensuring a smooth setup.
• Durable & Comfortable Dining Chairs: Constructed with reinforced steel legs that support up to 250 lbs and premium polypropylene (PP) plastic seats, these dining chairs are waterproof, stain-resistant, and scratch-proof. Whether exposed to spills or weather elements, they can be easily cleaned with a damp cloth. Non-slip foot pads protect floors—including tile, hardwood, and outdoor surfaces—while ensuring stability.