Clearance items - Up to 80%*
Online Exclusive - 10% off &Tradition with code AT10
Visit us in store for a wider selection of items not found online.
Designed by Harry & Camila
The version of the Bcn stool with a disc base is an adjustable swivel stool. The modernist design of the stool by the designers, Harry & Camila, is distinctive. This is particularly apparent in the striking manner in which the seat is formed by bending back on itself in a ess-shape. An emphasis has been placed on the quality and advanced technology of the materials. For instance, the seat of the stool is made from polybutylene terephthalate, a highly robust and heat-resistant plastic used in the electronics industry.
Finishes:
Height adjustable and swivel, metal base in chrome or matching seat colour, polybutylene terephthalate seat in white, black, flouro green or red coral
Dimensions:
W390 x D400 x H790-920 mm SH670-810 mm
Note:
Minimum quantity required
0
With a warm and welcoming appearance whilst not looking imposing whatsoever, the Bcn wooden legs is available in a white and black design and this wooden stool brings a certain degree of warmth into any environment.
The Julie collection is the skilful reinterpretation of the archetype of the chair and stool in which memory, quotation and modernity come together in a new seat. The combined effect of the formal cleanliness of the structure combined with the simplicity of the materials, with a wide range of colors and finishes, they amplify the […]
The design of the Mingx collection issues from the same tubular profile that also inspired the bookcase zigzag, and develops into an extensive family of elements: seats, stools and tables, which establish a harmonious mutual dialogue that also extends to the bookcase. the name Mingx clearly refers to the Ming dynasty that most influenced the […]
A flexible table designed by Patrick Norguet for Kristalia that can be stored easily, without sacrificing the elegance of its shape. Poule is ideal for public spaces, it’s easy to store and move around with lightweight structure.