Exploring the plasticization of keratin-based fibers
through compression-molded human hair
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Kera-Plast
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Exploring the plasticization of keratin-based fibers through compression-molded human hair
About
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The project Kera-Plast explores the aesthetical and functional potential of keratinous human waste, namely hair, as a basis for future textile and material applications using compression molding.
Materiality plays a crucial role in the daily life of our western society. The prognosis of a further rising population increases the pressure on our current living and consumption systems. These must not only guarantee the supply of food and other material goods, but also have to preserve our earth as a resource for future generations.
In today‘s western society, our lives are guided by many preformed norms and established ethical standards, that stop our self-perception as being part of the world of nature. Whereas taking a strictly chemical perspective in account our common material origin is revealed. If we aim for living in a circular economy with nature in the future, it is time to rethink our systems with a new mindset.
Therefore, the project Kera-Plast calls for inclusion of mankind in the cycle by introducing human hair, currently treated as waste, as a material base.
For the material creation, a sequence of methods is applied which combine traditional textile techniques such as dyeing, weaving and knitting with thermo - compression molding, a traditional processing approach of polymeres. By subjecting the samples to the pressure and heat process a plastification of the keratin-based fibers occurs. Experiments are carried out with regard to the possibilities of surface design, formability and patterning of the material.
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Key words:
Circularity, Textile Activism, System Transformation
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Renewable Fibers, Keratin Fibers, Composite Technology, Compression Molding
What is the project about ?
Why Human Hair?
* forecasted by the United Nations, (United Nations Knowledge Platform, n.d.)
Forecasted population growth by the United Nation reaching the peak at 2100 at around 11 billion people (United Nations, 2019)
How can the human being contribute to renewable resources? Why Hair?
One single hair is growing 0,3 mm a day. With the total amount of hairs on our head this results in around 30 m a day per person.
Summing up to around 1000km hair growth over our life span. (Beiersdorf, 2020)
What is keratin?
Keratin is an unsolvable fibrous structural protein and is the main consistent of horn, nails as well as hair.
The world population creates more than 700 million kilograms of human hair waste per annum (Visser, 2016)
Properties of Hair
Design Programme
Proposing an intra-vironmental thinking by harnessing the potential of keratin based human waste material in a textile and material context
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#mindthroughmaterial
Aim.
Introducing human waste hair as a resource by making it more attractive for use, both visually and functionally
Pre - Project: The Material Library of the Symbiocene
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Exploring the aesthetical and functional potential of keratinous human waste, focussing on the diversity of materials and fabrication methods.
Exhibited at the Stockhom Furniture Fair, 2020
Material Library of the Symbiocene picture credit: Jan Berg
Development decision: Focus on the fabricaiton method of Compression Molding