Fabrican is the creator of Spray-on Fabric
In 2000 Fabrican patented an instant, sprayable, non-woven fabric.
Developed through a collaboration between Imperial College London and the Royal College of Art, Fabrican technology has captured the imagination of designers, industry and the public around the world. The technology has been developed for use in household, industrial, personal and healthcare, decorative and fashion applications using aerosol cans or spray-guns, and will soon be found in products available everywhere.
this textile is very billient ideas. if we have this spray, we can make shape of cloths which is fond of. and i think that we can save money and reduse waste of goods.
we can save money and
The fabric is formed by the cross-linking of fibres, which adhere to one another, to create an instant non-woven fabric that can be easily sprayed on to any surface. Its properties can be tailored to meet the needs of each user.
The fabric is formed by the cross-linking of fibres, which adhere to one another, to create an instant non-woven fabric that can be easily sprayed on to any surface. Its properties can be tailored to meet the needs of each user.
Technology
Fabrican Ltd Technology
Fabrican is offering a new approach to the application of fabrics throughout our everyday lives. Spray-on Fabric is a patented technology developed by Fabrican which involves the creation of a liquid suspension which is then sprayed by use of either a spray gun or an aerosol can. The fabric is formed by the cross-linking of fibres which adhere to create an instant non-woven fabric that can be easily sprayed on to any surface. Its properties can be tailored to meet the needs of the consumer. Intricate patterns can be created, in a number of colours leading to an aesthetically pleasing fabric. With our prototypes we have been able to use different types of fibres from natural to synthetic, incorporating scents and colours (from primary to fluorescent) that provide great flexibility for modern consumer and industrial needs.
The product was developed through interdisciplinary research, linking the subjects of engineering, material science and design. The commercial exploitation of robust prototypes is underway, potentially licensing the technology to industry within a number of identified commercial sectors.
Innovations in material science, such as smart fabrics incorporating nano-technology, Spray-on skin used by the medical and cosmetic industry, and the variety of substances able to be dispensed through today's aerosol technology, have informed and surrounded the development of Spray-on Fabric. As a non-woven material, Spray-on Fabric offers possibilities for binding, lining, repairing, layering, covering and moulding in ways previously not imaginable
The product was developed through interdisciplinary research, linking the subjects of engineering, material science and design. The commercial exploitation of robust prototypes is underway, potentially licensing the technology to industry within a number of identified commercial sectors.
Innovations in material science, such as smart fabrics incorporating nano-technology, Spray-on skin used by the medical and cosmetic industry, and the variety of substances able to be dispensed through today's aerosol technology, have informed and surrounded the development of Spray-on Fabric. As a non-woven material, Spray-on Fabric offers possibilities for binding, lining, repairing, layering, covering and moulding in ways previously not imaginable
Nano-Fabric Reveals Unique Propertiesby Kate Melville 
Researchers from the UK and Russia have unveiled - in the journal Science - the world's first single-atom-thick fabric. The research team, led by Andre Geim at The University of Manchester, has succeeded in extracting individual planes of carbon atoms from graphite crystals, which has resulted in the production of the thinnest possible fabric - graphene. The resulting atomic sheet is stable, highly flexible and strong and remarkably conductive. The nanofabric belongs to the family of fullerene molecules and is the first two-dimensional fullerene.
The researchers have been exploring the electronic properties of the nanofabric and have demonstrated an ambipolar field-effect transistor, which works under ambient conditions. They found that the nanofabric exhibits a remarkable quality whereby electrons can travel without any scattering over submicron distances, an important property for making very-fast-switching transistors.
http://www.scienceagogo.com/news/20040924233513data_trunc_sys.shtml
Researchers from the UK and Russia have unveiled - in the journal Science - the world's first single-atom-thick fabric. The research team, led by Andre Geim at The University of Manchester, has succeeded in extracting individual planes of carbon atoms from graphite crystals, which has resulted in the production of the thinnest possible fabric - graphene. The resulting atomic sheet is stable, highly flexible and strong and remarkably conductive. The nanofabric belongs to the family of fullerene molecules and is the first two-dimensional fullerene. The researchers have been exploring the electronic properties of the nanofabric and have demonstrated an ambipolar field-effect transistor, which works under ambient conditions. They found that the nanofabric exhibits a remarkable quality whereby electrons can travel without any scattering over submicron distances, an important property for making very-fast-switching transistors.
http://www.scienceagogo.com/news/20040924233513data_trunc_sys.shtml
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