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| Material: | 94% Polyester, 6% Elastane |
| Width (cm): | 147 |
| Grammage (g/m²): | 80 |
| Pattern: | Specks, Moles, Moles, 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 Elastic Tulle fabric - Oslo features a printed design that combines circles, speckles, and polka dots in predominant shades of cotton white, cadillac pink, and plum pink. Additionally, it offers a transparent visual texture and a tactile elastic and thin texture, making it perfect for fashion applications for both women and men in skirts, dresses, lingerie, bras, panties, bodysuits, accessories, hosiery, and even for the childrens world.
This digitally printed fabric with a single-sided design is widely used in the textile industry for creating high-quality and durable pieces. The Elastic Tulle fabric - Oslo is a versatile fabric that perfectly complements other solid colors such as black, gray, dark blue, and pink, among others.
Regarding its general characteristics, the Elastic Tulle fabric - Oslo has a weight of 80 gr/m2, a width of 147 cm, and is composed of 94% polyester and 6% elastane. Furthermore, its printed design offers great quality and definition in every printed detail.
Among the applications and uses of this type of fabric, fashion, lingerie, and accessories stand out. For fashion, especially for women, this fabric is used in the creation of skirts and dresses; while in the world of lingerie, it is used for making intimate apparel such as bras, panties, and bodysuits.
Regarding the care instructions for this fabric, it is recommended to wash it at a maximum temperature of 30ºC, do not bleach, do not iron, and do not tumble dry. In terms of technological imprint, we know that this fabric is printed using sublimation printing technology, which allows for a great definition of colors and details, without affecting the elasticity and durability of the fabric.