D128 Mimi (BK/CH)

Modern Intricacy: The D128 Mimi Dining Chair (Black/Chrome)

Anchor Your Dining Ensemble with Bold High-Contrast Textures and Intricate Geometric Patterns

Anchor your dining ensemble with bold high-contrast textures and intricate architectural geometry designed to spark vibrant dinner table conversations. The D128 Mimi Dining Chair in black and chrome is a stunning showcase of modern transitional glamour. Wrapped in a rich, velvety black fabric, this luxurious chair offers an ultra-soft, touchable surface that instantly warms up contemporary dining rooms. The deep, light-absorbing quality of the black velvet is met with a brilliant, high-polish chrome frame, bringing an elegant, jewel-like sparkle to your home that complements glass, marble, or high-gloss wood dining tables.

Showcase Artful Laser-Cut Detailing and Plush Ergonomic Support

Turn your dining chairs into independent works of modern art. While the front of the Mimi chair showcases a clean, tailored silhouette with a plush, high-density foam cushioned seat, the back reveals a breathtaking laser-cut geometric metal overlay. This intricate webbing pattern acts like a gorgeous metallic frame, turning each chair back into a stunning visual statement that is fully visible when tucked into your table. Supporting this high-fashion design is a heavy-duty, square-profile chrome steel base that delivers rock-solid structural integrity and long-lasting stability, ensuring your family and friends can dine in exquisite luxury and comfort for hours.

Dimensions

• Mimi Dining Chair: 21.5" L x 24.5" W x 39.5" H

Specifications

• Product Type: High-Fashion Dining Chair

• Color Palette: Rich Black and Mirror-Like Chrome

• Primary Material: Premium Black Velvet Upholstery

• Frame & Base Material: Heavy-Duty Stainless Steel in Chrome Finish

• Design Aesthetic: Euro-Modern Glamour / Contemporary Art Deco

Product Details

• Collection / Model: Mimi / D128 (BK/CH)

• Backrest Feature: Stunning Geometric Laser-Cut Metal Overlay

• Seat Cushioning: Ultra-Supportive High-Density Foam