HELLO, ANTA!
We sent you a selection of our current signature formulations and treatments. You will notice that there is a spectrum regarding mechanical strength, abrasion resistance, water resistance, texture, flexibility softness, etc. Simplifyber is a platform technology; and, because of that, we can easily “tune” our materials to achieve your vision, by selecting raw ingredients (i.e. low impact plants, recycled plant-based clothing, etc.), a particular look, or performance. These samples have a high bio-based content, and early testing indicates that some of our materials can be recycled as paper, as well as biodegrade, within 2 years.
A LITTLE BIT MORE ABOUT THE FORMULATIONS
100% BIO
Description: 100% Biobased Material
Biobased content: 100%**
Applications: 3D-molded shoes, bags, and other shaped products
CLOUDHUG
Description: Lightweight Flexible Material
Biobased content: 83%*
Application: 3D-molded apparel, shoes, and other flexible products
FLEXIJUMP
Description: Lightweight Semi-Flexible Material
Biobased content: 89%*
Application: 3D-molded shoes, bags, and other shaped products
BATTLESTEP
Description: Durable Structured Material
Biobased content: 92%*
Applications: 3D-molded car interiors, shoes, structured bags, furniture, and other structured items
BATTLESTEP PLUS
Description: Heavyweight Structured Material
Biobased content: 78%*
Applications: 3D-molded car interiors, shoes, structured bags, furniture, and other structured items
* Not including coating
** Including coating
Additionally, we offer biobased and/or synthetic coatings that deliver a wide range of mechanical performance, abrasion resistance, water resistance, texture, flexibility, softness, and gloss. We can treat any of our formulations with these coatings to meet your needs.
Materials Specifications – Simplifyber Materials (Ranges)
A LITTLE BIT MORE ABOUT THE SAMPLES IN THIS SWATCH KIT
You will find different combinations of formulation, coating, color, texture, pattern, and shape. These variations lead to differences in hand-feel, flexibility, performance, and ultimately final application.
