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| Material: | 94% Polyester, 6% Elastane |
| Width (cm): | 147 |
| Grammage (g/m²): | 80 |
| Pattern: | Painting, Simple, Abstract, Modern Art, Dark |
| Features: | Transparent, Thin, Elastic |
| Application / Use: | Skirts, Dresses, Dresses, Bras / B ralettes, Panties |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The base fabric is an Elastic Tulle - Oslo, composed of 94% polyester and 6% elastane. It has a weight of 80 gr/m2 and a width of 147 cm. This fabric is ideal for fashion applications, for both men and women, in garments such as skirts, dresses, accessories, hosiery, and lingerie like bras, panties, bodysuits, and for brides. The printed design is applied using single-sided sublimation printing technology, and features a simple complexity with abstract and modern art styles that evoke painting elements. The main colors are multicolored, suggesting the possibility of combining with solid colors such as black, white, pink, or green.
This fabric offers a transparent visual texture and a soft, elastic feel, allowing for a comfortable and flexible fit in fashion garments and lingerie. The simple complexity of the printed design offers a modern and abstract vision in avant-garde fashion. The printed fabric with this design can be used in various applications, highlighting its use in childrens fashion, as the fabric is soft and elastic, providing dexterity and comfort for children.
It is important to note that the Elastic Tulle - Oslo base fabric should not be bleached or ironed, its maximum washing temperature is 30ºC, and it does not allow dry cleaning or tumble drying. Furthermore, it is essential to respect these recommendations to maintain the quality of the fabric and prolong its useful life.
Finally, the sublimation printing technology used for the realization of the printed design is a digital textile printing technique where it is printed directly onto the fabric through the transfer of ink from a special printed paper via intense heat, which allows for maximum color fidelity in the fabric.