CITIZEN HIGHBACK Swivel fabric armchair with 4-spoke base with headrest

Resident Highback is a swivel 4-spoke fabric armchair with headrest and armrests.‎ Material depiction - Frame: cylindrical steel, powder-covered in profound dark (finished finish).‎ - Back: support shell in inflexible polyurethane froth, encased in formed polyurethane foam.‎ - Neck pad: loaded up with a blend of half polyester fiber and half ball fibre.‎ - Seat: metal supplements, encased in formed polyurethane foam.‎ Suspended on outline through three steel links, cathodic plunge covering in black.‎ - Cover: fabric or leather.‎ - Seat stature: 455 mm (320 mm with applied burden, estimated as per EN 1335-1).‎ - Base: four-star swivel base made of rounded steel, powder-covered in profound dark (finished completion), plastic coasts with felt inserts.‎ The Citizen armchair consolidates an unusual plan with a better approach for sitting: the seat is suspended on three links to empower a charming swinging development, while the backrest is immovably appended to the steel frame.‎ This one of a kind unique sitting experience is upgraded by the sink basically of the cantilever outline, which is mounted on a swivel base.‎ Citizen is portrayed by its cylindrical steel outline, which characterizes the construction and state of the seat, just as by the openly suspended seat pad that seems to skim over the base.‎ The seat and backrest are upholstered; no underlying components are covered up and the metal casing is purposely left visible.‎ This gives Citizen a fair and unassuming look with a lively flair.‎ Citizen is accessible in two adaptations: Citizen Highback has the run of the mill telling presence of a parlor seat and offers phenomenal solace with its high backrest, while Citizen Lowback with a low backrest can be masterminded in bunches for seating in broad daylight lounges and lobbies.‎ The upholstery covers can be chosen from a scope of materials.‎ An indistinguishable cover is utilized for the seat and back, while the neck cushion might be picked in an alternate material.‎