Last article I wrote was about repairing textiles. Today I would like to tell you more about how nature repairs and how the textile industry mimics nature, also called Biomimicry. (Read the book from Janine Benyus for more information)
3d printing of textiles is such an interesting topic! I wrote about it earlier, to tell you what needs to be done to make 3D printing suitable for a circular economy. Now I found even more examples of interesting 3Dprint innovations that I would like to share with you.
Imagine if these were made of plastic from renewable materials and could be recycled again!
If you are looking for a 3D printer, take a look at the Creality 3D Ender 3 PRO (FDM Technology) I have not tested it myself, but they have good reviews. I have worked on the Ultimaker original for creating 3D textiles, but that one is a bit more expensive.
Enjoy and get inspired!
One of the first tests 3D printing on textile
Textiles and non-wovens can be made out an endless number of materials.
Well known materials are for example cotton, linen, hemp, tencel (from eucalyptus), modal (from beech) or synthetic materials like recycled polyester. But there are so many more possibilities. In this article share with you some interesting materials made from fruit and vegetables.
In the beginning of this year I compared different, freely available, material passports in the Netherlands for the infrastructure coalition of MVO Nederland, called Groene Netten. At that moment I started to question myself if this would work for the textile sector as well. I am curious what your opinion is.
I am writing blog articles since January 2012. Cradle-to-cradle was the main subject, focussed on which materials and techniques make textile products suitable for biodegradation or recycling. Ones in a while it is good to take a broader view and see the shifts that are needed to make a circular economy possible, that is what I will do in this article.
Why a circular economy? Take a look at this (Dutch) video:
A few months ago I found something fascinating in the field of materials. Programmable materials. Materials that can assemble themselves in the right conditions. How can you apply these materials in an eco-effective design?
Last month I wrote to you about design for recycling and biodegradation. I would like to introduce you to a few of my pinterest boards which might be interesting to follow. With pinterest it is very easy to collect pictures of designs and materials as an inspiration. I collected inspiration about Design for biodegradation, disassembly, flexible material innovations, old textile crafts, clever designs and design methods to name a few.
A while ago I asked you to send me e-mails with the problems you have when you want to apply eco-effective designing in your company. There are a lot of different aspects that keep you busy. To name a few: material choices, customer behaviour, communication, time-management, prices and supply chains. With this input I am going to write a series of articles.
One of the big frustrations is to find the right materials. Today I am going to describe to you why this is difficult and I will give you tips to overcome the issues.