Elastic Tulle - Oslo

The base fabric is Oslo Elastic Tulle, composed of 94% polyester and 6% elastane, with a weight of 80 gr/m2 and a width of 147 cm. Its plain printed color is a honeydew green tone, achieved with 9% cyan ink, 1% magenta ink, 8% yellow ink, and 0% black ink, with a CMYK color profile of 9 1 8 0. This secondary color could be described as a warm and soft tone, similar to honey, evoking nature and the beauty of life. When combined with other colors, this green works very well with earthy tones such as brown and beige, as well as darker shades like navy blue and black.

This fabric is digitally printed with the plain color on one side, meaning the color is only present on one face of the fabric. In terms of its general characteristics, Oslo Elastic Tulle is a soft-touch and elastic fabric, making it a very comfortable and easy-to-work-with material. Its texture is transparent and thin, giving it a very elegant and sophisticated look. Regarding the printed color, it is a vibrant and attractive tone that brings life and energy to any garment or accessory.

Among the applications and uses of Oslo Elastic Tulle are womens and mens fashion, such as skirts, dresses, and accessories, and lingerie, such as bras, briefs, bodysuits, and wedding dresses. It is also a suitable fabric for childrens fashion and stockings. Its versatility and elegance allow it to adapt to different styles and designs, from the most classic and traditional to the most modern and avant-garde.

Regarding the necessary care for Oslo Elastic Tulle, it is recommended not to bleach and to wash at a maximum temperature of 30ºC. It does not allow dry cleaning or ironing, and cannot be tumble dried. It is important to follow these recommendations to ensure the durability and good condition of the fabric over time.

Finally, this fabric is manufactured using sublimation printing technology, which allows color to be transferred directly to the fabric fibers through heat and pressure. This printing method provides high image quality and allows for the reproduction of fine details and vibrant colors. Furthermore, it is an environmentally friendly technology, as the production process does not involve the emission of toxic waste or the generation of wastewater.