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| Material: | 94% Polyester, 6% Elastane |
| Width (cm): | 147 |
| Grammage (g/m²): | 80 |
| 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 Elastic Tulle - Oslo, composed mainly of polyester with a small proportion of elastane, which gives it elasticity and adaptability. The plain printed color is an army green, which has been obtained through digital textile printing with the following CMYK specifications: 70 48 93 51. This dark and elegant tone is combined with light shades such as white and beige, creating a subtle but effective contrast.
The texture of Elastic Tulle - Oslo is visually transparent and tactilely thin and elastic, which gives it great versatility in terms of its uses. The digital textile printing has been done on one side, which translates into great precision in the reproduction of the printed design, as there are no interferences or folds that could alter it. As for applications, this fabric is perfect for womens and mens fashion, from skirts and dresses to bras and lingerie briefs, as well as accessories such as stockings and bodysuits. It is also ideal for wedding dresses due to its transparency and delicacy.
It is recommended not to bleach or dry clean this fabric, as it may lose its elasticity and resistance. The maximum washing temperature is 30ºC and it is not possible to iron or tumble dry it. These cares guarantee greater durability and quality of Elastic Tulle - Oslo.
The printing technology used to manufacture Elastic Tulle - Oslo is sublimation on polyester, which allows for an infinite number of design possibilities and high-quality reproduction. The ink is printed on special paper and then transferred to the fabric using heat and pressure, which guarantees a great fixation of the design. This technique also allows for greater color durability, as it integrates into the fabrics own fiber.