Cuneo - technical description
Cuneo - technical description
Constructed from epoxy lacquered tubular steel, the frame is mechanically welded for durability.
The seat is made from solid larch wood and laminated wood with a thickness of 19 mm. It features a tubular steel frame with four casters for mobility.
Utilizes interwoven elastic webbing with a width of 50 mm for support.
Composed of high resilience polyurethane cold-molded foam in various densities (HR 40, 35/S, and 25), wrapped in 200 gr/m2 polyester fibre. The foam densities provide different bearing capacities at 40% compression: 40 kg/m3 = 6.7 KPa, 35 kg/m3 = 3.8 KPa, and 25 kg/m3 = 4.5 KPa.
Features a quilted lining of new goose and duck feathers (50% each), washed and sterilized at 140°C. The cushion is removable via a zipper.
Made from high resilience polyurethane cold-molded foam (HR PF30/M and 18/S) wrapped in polyester fibre (350 gr/m2 and 200 gr/m2). The foam densities provide bearing capacities of 3.5 KPa and 1.6 KPa at 40% compression. The cushion is fixed and removable via a Velcro strip.
Consists of high resilience polyurethane cold-molded foam (HR 30 and 25) wrapped in Dacron Dupont de Nemours 808/T (650 gr/m2). The foam densities provide bearing capacities of 2.8 KPa and 4.5 KPa at 40% compression. The cushion is fixed and removable via a Velcro strip.
Made from PVC with a height of 3 cm.
Not available.
Fabric covers are entirely removable via Velcro strips, while leather covers are not removable.
Piumafill (50% feathers, 50% polyester fibre) is available, providing a soft appearance that may not suit those preferring rigid cushions.
Triss reserves the right to make technical and material changes without notice to improve quality.
Catalog excerpts
TECHNICAL DESCRIPTION FRAME Epoxy lacquered tubular steel, mechanically welded. SEAT STRUCTURE Solid larch wood and laminated wood, thickness 19 mm. Tubular steel frame, mechanically welded, with 4 casters. POLYESTER FIBRE 200 GR/ M2 POLYURETHANE FOAM HR 18/S (1,6 KPA) SUSPENSION Interwoven elastic webbing width 50 mm. SEAT STRUCTURE PADDING High resilience polyurethane cold-molded foam HR 40, 35/S and 25 wrapped in polyester fibre 200 gr/m2. 40 kg/m3 = 6,7 KPa of bearing capacity* at 40% compression. 35 kg/m3 = 3,8 KPa of bearing capacity* at 40% compression. 25 kg/m3 = 4,5 KPa of bearing capacity* at 40% compression. All padding is wrapped in polyester fabric. SEAT CUSHION PADDING The cushion is wrapped in a special, anti-perforation 100% cotton quilted lining of new goose and duck feathers, washed and sterilized at 140 ° (50% goose - 50% duck). Removable cover by zipper. Loose cushion. POLYURETHANE FOAM HR PF 30/M (3,5 KPA) PIVOTING CLICK MECHANISM POLYESTER FIBRE 200 GR/ M2 POLYURETHANE FOAM HR 35/S (3,8 KPA) SOLID LARCH WOOD AND PLYWOOD PIVOTING BACK CUSHION PADDING High resilience polyurethane cold-molded foam HR PF30/M and 18/S wrapped in polyester fibre 350 gr/m2 and 200 gr/ m2. 30 kg/m3 = 3.5 KPa of bearing capacity* at 40% compression. 18 kg/m3 = 1.6 KPa of bearing capacity* at 40% compression. Pivoting back click mechanism integrated with padding; protection cover. Removable cover by Velcro strip. Fixed cushion. ARM PADDING High resilience polyurethane cold-molded foam HR 30 and 25 wrapped in Dacron Dupont de Nemours 808/T = 650 gr/m2. 30 kg/m3 = 2.8 KPa of bearing capacity* at 40% compression. 25 kg/m3 = 4.5 KPa of bearing capacity* at 40% compression. Removable cover by Velcro strip. Fixed cushion. STEEL FRAME CASTERS FOR SLIDING SEAT 2 different armrest widths available FEET PVC feet. Height 3 cm. REMOVABLE COVER When in fabric, cover is entirely removable by Velcro strip; when in leather, cover is not removable. OPTIONAL CUSHIONS FILLING Piumafill (50% feathers, 50% polyester fibre). The presence of feathers or polyester fibres gives an intentionally soft appearance. This is incompatible with the tastes of customers loving rigid cushions. With the aim of improving quality, Triss reserves the right to make any technical and material change without notice. * bearing capacity: capacity of a material to withstand compression
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