Richmond 3 + 2 Seater Chesterfield Sofa Set Brown · Faux Leather Suede · 3 + 2 Seater

The Richmond Chesterfield Sofas are a luxurious choice for your living room. The design features all the hallmarks of a classic Chesterfield design: deep buttoning on the backrest, armrests and front, beautiful scroll armrests, decorative studding on the armrest fronts, low seat profile and elegant black legs.

This Sofa Set comes upholstered in durable faux leather fabric, a popular substitute for genuine leather. This choice of fabric offers the genuine leather look while remaining cost-effective. Faux leather is resistant to peeling and offers longevity, while remaining easy to clean and maintain. The suede effect finish provides a distressed leather look, reminiscent of classic upholstery choices that add classic elegance to your living room. The neutral brown colour matches a variety of interior styles.

This set includes the Faux Leather Suede Brown Richmond 2 Seater Chesterfield Sofa and the Faux Leather Suede Brown Richmond 3 Seater Chesterfield Sofa. These sofas are built on a durable hardwood frame. The backrests and seating cushions are filled with high-density foam, offering proper seating support. Additionally, each sofa comes with two matching accent cushions.

Chesterfield sofas are a popular design choice, and the and the brown colour scheme adds a touch of sophistication and classic feel to this timeless classic. Choosing to purchase this Sofa Set saves you time while ensuring a matching set for a cohesive, elegant look for your living room.

All Love Sofas products are handcrafted and the exact size of the item may vary slightly. All of our items are fully compliant with UK fire regulations meant for personal use, ensuring that all of our items meet the necessary standards for your safety. Please note that our items are photographed under bright studio lights, and may appear slightly darker in different environments. All online photos are subject to colour bias caused by factors such as screen settings, lighting conditions, and individual device variations.