Designed by Matthew Hilton exclusively for The Conran Shop, the Pelham 3-Seater Sofa would lend a touch of modern design to any space.

Exquisitely crafted in Italy, the sofa’s statement metal legs support the thin metal framework, which is upholstered in leather and padded with a foam and feather blend for a superbly comfortable sitting experience.

Offering a unique finish, the sofa’s side and back panels are upholstered in a saddle brown Brenta leather which can be combined with a specially selected fabric of your choice.

Pair the Brenta upholstery with any of the diverse range of fabrics that make up The Conran Shop’s exclusive upholstery edit  allowing you to customise Pelham to suit your space. Finished with unique asymmetrical cushions, the Pelham Sofa has no visible stitching for a clean-lined aesthetic.

Matthew Hilton is renowned as one of Britain’s most esteemed industrial designers and has designed for leading manufacturers across the world over an illustrious career that spans 30 years.

Fabric Information

Linen: 100% linen crafted in Belgium
Velvet: 100% cotton velvet crafted in England
Wool: New wool blend crafted in Italy
Duro Velvet: 100% cotton thick pile velvet woven in Italy
Cotton Texture Weave: 52% cotton 48% linen crafted in Italy
Bouclé: Cotton and wool blend crafted in Italy
Textured Chenille: Cotton blend crafted in Italy 
Wilbur Alpaca Blend: Alpaca and wool blend crafted in Italy 
Stonewash Linen: 100% linen crafted and stonewashed in Belgium
Twisted Yarn Cotton Blend: Cotton blend crafted in Belgium

Leather Information

Brenta Leather: European hide with a pigmented finish

Materials & Construction

Frame: Metal
Suspension: Metal net welded
Back cushions: Polyurethane foam
Seat cushions: Polyurethane foam & goose feather pad
Padding: Polyurethane foam & interliner
Feet: Bronze metal
Cover: Fixed

To find out more about our exclusive upholstery collection, click here.

Please note: Due to the bespoke nature of each piece of furniture, a small discrepancy between the quoted and actual dimensions may occur.