Hermaphrodite by Didier Fiuza Faustino

Hermaphrodite by Didier Fiuza Faustino
fortheloveofchairs:

Hermaphrodite by Didier Fiuza Faustino

Xistera Armchair by Samuel Accoceberry & Jean-Louis Iratzoki

Xistera Armchair by Samuel Accoceberry & Jean-Louis Iratzoki

Xistera Armchair by Samuel Accoceberry & Jean-Louis Iratzoki

fortheloveofchairs:

I love sushi and I don’t love to share my sushi. This is the perfect chair for sitting in and not sharing one’s sushi.

(Source: Mocoloco)

Somewhere Armchair by Tal Alkabes

Somewhere Armchair by Tal Alkabes

fortheloveofchairs:

Somewhere Armchair by Tal Alkabes

OOooo! Ok so I LOVE creative thinking and although this shape is nothing new, the upholstery is something I have never seen before. I don’t even really like the design of the wool but the fact that they tried something so entirely different, but still kept a classy shape is really exciting to me. I’m pumped about this.

1950’s Slipper Chair by Apryl Miller

1950's Slipper Chair by Apryl Miller

1950's Slipper Chair by Apryl Miller

1950’s Slipper Chair by Apryl Miller

Via Bouf I found this colorful 1950’s Slipper Chair redone by Apryl Miller. Asking price £6483.00.

How to grow a Stool Cover: Cellulose-Fibre Xylinum stool by Jannis Hülsen:

How to grow a Stool Cover

It always amazes me how many extra ordinary chair stories there are out there. The Xylinum stool by German designer Jannis Hülsen is grown, at least the cover of the stool.
Naked Xylinum stool by Jannis Hülsen
First Jannis takes a reasonably normal stool: The Naked Xylinum.
Then he applies the bacterial cellulose mixture:

Xylinum is a research project that poses the question: what could future materials and production processes be like? The title Xylinum is the name of the bacterium which produces an artificial cellulose material. This bacterium consumes sugar and builds a cellulose fiber structure around any given form. Since the process takes place in a nutrition liquid, the wet material can be dried later on, resulting in a durable and 100 % biodegradable material. The properties of this material can be adjusted by changing the genetic code of the organisms. In collaboration with the company Jenpolymers, a technique was developed to create a »skin« around a wooden stool frame, forming the coating and seating surface.

And here a photo sequence of the drying process of the bacterial cellulose which takes 2 days::

Trocknungsprozeß from jannis on Vimeo.

Via Disignboom.