Xun રબર રિંગ્સ ફેબ્રિક by Bingrou Chen is a highly esteemed winner of the very prestigious 2021 A' Design Award કાંસ્ય પુરસ્કાર in કાપડ, કાપડ, ટેક્સ્ચર, પેટર્ન અને વસ્ત્ર ડિઝાઇન Competition Category.

કાંસ્યકાપડ· 2021

Xun રબર રિંગ્સ ફેબ્રિક

by Bingrou Chen

A' Design Award કાંસ્ય પુરસ્કાર Winner in કાપડ Category

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Colors

The Design

About Xun રબર રિંગ્સ ફેબ્રિક

આ ફેબ્રિક રબર રિંગ્સમાંથી વલયાકાર સામગ્રી માટે યોગ્ય એવી વિશેષ વણાટ તકનીક દ્વારા બનાવવામાં આવે છે. તે રબર રિંગ્સને એકસાથે વણીને જાળીદાર ફેબ્રિક બનાવી શકે છે અને તેને પહેરવા યોગ્ય ડિઝાઇનમાં રૂપાંતરિત કરી શકે છે પરંતુ વલયાકાર રચનાને કોઈ નુકસાન પહોંચાડતી નથી, જેથી ફેબ્રિકની અંદરની તમામ સામગ્રી અકબંધ રહે છે અને પુનઃઉપયોગ કરી શકાય છે. વધુમાં, તેને વ્યાવસાયિક કૌશલ્ય અને વિશેષ સાધનોની જરૂર નથી, એટલે વણાટનો કોઈ અનુભવ વગરના સામાન્ય લોકો પણ આ હસ્તકલાનો સરળતાથી ઉપયોગ કરી શકે છે. દરેક વ્યક્તિ આ રીતે સરળતાથી પોતાના કપડાં વણી શકે છે.

The Recognition

About the A' Design Award કાંસ્ય પુરસ્કાર

Xun રબર રિંગ્સ ફેબ્રિક A' Design Award કાંસ્ય પુરસ્કારના વિજેતા છે, સર્જનાત્મકતા, ચતુરાઈ અને કુનેહથી વિશિષ્ટ ઉત્કૃષ્ટ ડિઝાઇનને અપાતું ઉચ્ચ પ્રતિષ્ઠાનું સન્માન. કાંસ્ય વિજેતાઓ કુશળ અને નોંધપાત્ર રીતે સર્જનાત્મક કૃતિઓ છે, જે ડિઝાઇનરોનો વિશાળ અનુભવ, કલ્પનાશક્તિ અને સાધનસંપન્નતા સાબિત કરે છે. Xun રબર રિંગ્સ ફેબ્રિક ખૂબ આદરપાત્ર, પ્રશંસનીય અને પ્રિય વસ્તુ, નોંધપાત્ર રીતે વ્યાવસાયિક અને નવીન, બનશે એવી અપેક્ષા છે. Xun રબર રિંગ્સ ફેબ્રિક જરૂરિયાતો ઉત્તમ રીતે સંતોષે છે, ઇચ્છાઓને સ્પર્શે છે અને કુતૂહલ જગાડે છે.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: This fabric is totally made from rubber rings by a new weaving technique suitable for annular materials. This technique would not do any harm to annular structure that all rubber rings in this fabric are intact and can be reused. In addition, this technique does not need any professional tools or flexible skills that even the laymen without any experience of knitting can use this process easily.
Dimensions & Packaging: The whole collection is 1 look womenswear, size 4.
Tags: Textile of rubber ring, rubber,new material, weaving process, green design
Production Technology: Ring structure material weaving technique. This weaving technique is different from traditional weaving process as the latter one always use the linear material as the main materials. Rather, this new weaving process is suitable for rubber ring or other ring materials, and during the weaving process it wouldn’t do any harm to the weaving materials as well as needn’t break the ring structure, in other words, all rubber rings in my weaving words are intact，and，all rubber rings in my works can be reused.
Design Challenge: The biggest challenge of the project was how to apply a variety of non-clothing materials to the textile and convert them into wearable designs. In addition, how to find and apply these materials is also a very challenging thing. I finally combine these materials in a purely handmaking way by creative weaving process.
Research: This design is aim at breaking the boundary between "clothing" and "non-clothing" materials to find new possibilities in fashion design. In my opinion, the exploration and application of new materials are particularly important, and, new materials are not only means high-tech materials, but also means materials which can be found in our daily life, such as rubber rings, metal rings, thin wires, shoelaces and so on. I hope my design is not just a garment but a work of art that can inspire people.
Inspiration: I have tried to learn how to knit sweaters from my mother when I was a kid, but the knitting process was so complicated for me as it required specific tools and exquisite craftsmanship that I never succeeded in making a garment. I wanted to find a knitting technique that was easy to study so that everyone could make clothes by themselves easily. It does not require professional skill and special tools that even laymen without any weaving experience can easily use this craft.
Project Duration: The project started in May 2018 in Guangzhou and finished in June 2018 in Guangzhou, and was exhibited in Guangdong Academic Forum for Graduate Students in October 2019.
Operation Flow: This technology is suitable for annular structure materials such as rubber rings. It can weave rubber rings together to be a reticular fabric and convert them into wearable designs but not cause any damage to the annular structure that all the materials inside the fabric are intact and can be reused. In addition, It does not require professional skill and special tools that even laymen without any weaving experience can easily use this craft. Everyone can knit his own clothes easily by this way.
Patents: Copyrights belong to Bingrou Chen, 2020.
Image Credits: Image #No1:Photographer Yiting Li，2018
Image #No2:Photographer Yiting Li，2018
Image #No3:Photographer Yiting Li，2018
Image #No4:Photographer Yiting Li，2018
Image #No5:Photographer Yiting Li，2019
Video：Photographer Chen Bingrou，2020