Puffy Lounge Chair

The detachable upholstery of the Puffy Lounge Chair is fat and plump, its generous shape spills freely over the sides of a tubular steel frame which, in stark contrast, is hard-lined and strong. The two key elements of this seating design by Faye Toogood are in purposeful and playful juxtaposi- tion. The elementary frame is inspired by the rational structure of classic modernist design, whilst the extravagant quilt-like upholstery warmly embraces and envelopes, is comforting and reassuring. The Puffy Chair frame is available in powder-coated or sand-blasted steel finishes and a choice of thick canvas, chunky bouclé or luxurious leather upholstery.

Dimensions:

• L: 36.6 in x W: 38.6 in x  H: 27.2 in
• Seat height: 16.9 in

Material information

— 50% of the duvet stuffing is made of post-industrial recycled content
— Sand blasted stainless steel contains 60% recycled content, and is 100% recyclable
— Powder coated steel contains 73% recycled content, and is 100% recyclable
— Textile is flame retardant without the addition of chemicals, passing TB117-2013
— At end of life, the product can be disassembled into separate materials with tools found in the home
— The entire duvet can be easily removed, replaced or re-stuffed
— High durability materials have been used throughout Puffy collection
— Spare parts in stock to support a longer product life

Upholstery:

Disco Coex
by Chioccarello (Italy)
70% Cotton, 20% Acrylic, 5% Viscose, 5% Linen
>50,000 Martindale
Pilling 4-5
Lightfastness 4-5
Flame resistance IMO, 1 IM UNI 9175, EN 1021-1:2006,
EN 1021-2:2006, CRIB 5, TB 117:2013

Elmosoft Leather
by Elmo (Sweden)
Scandinavian Grain Leather, Semi-aniline
Lightfastness 6

Bute Storr
by Bute Fabrics (Scotland)
97% Pure New Wool, 3% Nylon
65,000 Martindale
Lightfastness 5 (BS EN ISO 105 – B02)
Flame resistance IMO FTP Code(2010) Annex 1, Part 8,
BS 5852: PART 1 & 2 (Crib 5), US Cal. TB 117

Velluto Coex
by Chioccarello (Italy)
100% Cotton
65,000 Martindale
Pilling 4-5
Lightfastness 5
Flame resistance IMO, 1 IM UNI 9175, EN 1021-1:2006, EN
1021-2:2006, CRIB 5, TB 117:2013