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| Material: | 85% Polyester, 15% Elastane |
| Width (cm): | 150 |
| Grammage (g/m²): | 190 |
| Pattern: | Very Simple, Home Decoration, Oak, Trees, Light |
| Features: | Soft, Elastic, Chlorine Resistant, Very High UV Protection 50+ |
| Application / Use: | Scrunchie, Scrunchies, Bikinis, Swimsuit, Swimsuit |
| Sustainability certificates: | GRS |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The Recycled Lycra - Recycled fabric is a soft and elastic fabric with a weight of 190 gr/m2, composed of 85% polyester and 15% elastane. Its printed design features very simple complexity, with motifs that evoke nature, such as oak trees and landscapes, as well as wood textures. The main colors are multicolor. This design is ideal for home decoration projects. The fabric is printed with the one-sided printed design by digital textile printing.
Regarding the general characteristics of the fabric, its elasticity and chlorine resistance stand out, in addition to having a very high UV protection factor of 50+. As for the design attributes, its simplicity and evocative nature are noteworthy, making it ideal for home decoration projects, such as cushions or curtains. In addition, it combines especially well with other plain colors such as light blue or beige, thanks to its soft and warm tones.
The Recycled Lycra - Recycled fabric is especially useful for making projects such as bikinis and swimsuits, given its elasticity and UV protection characteristics. In addition, its applicability also extends to accessories, such as hair ties and scrunchies. When caring for the fabric, it is important to wash it at a maximum temperature of 40ºC and iron it at a low temperature. Bleaching, dry cleaning, and tumble drying are not recommended.
Finally, the printing technology used in the manufacture of this fabric is sublimation, which allows the design to be transferred precisely and durably onto the surface of the fabric. Thanks to it, a clear and vibrant print is achieved, without the need for multiple passes, which in turn allows for energy and resource savings.