Cotton Spandex Sateen - White Tiger

The Cotton Spandex Sateen - White Tiger fabric features a simply complex printed design, with a decorative and romantic focus represented through hearts and circles/dots, predominantly in dark red tones, accompanied by dark and reddish oranges. This design has a symbolism that provides a cozy feeling in home decorations, establishing a sense of comfort and joy in the applicability of textiles. When combining the fabric with other plain colors, it is suggested to use light tones to allow the design to stand out without competing with other visual motifs.

This fabric has a soft texture, making it very pleasant to the touch and in contact with the skin and fabrics. The application of digital textile printing technology allows the printed design to be present on one side of the fabric clearly and precisely, providing high-quality detail that faithfully represents the desired design through its graphic representation. The Cotton Spandex Sateen - White Tiger fabric has a composition of 97% cotton and 3% elastane, with a weight of 195 gr/m2 and a width of 150 cm.

Regarding the applications and uses of the fabric, its strong connection to home textiles, such as pillowcases and napkins, and also to fashion, for dresses, shirts, jumpsuits, pants, and shorts/bermudas, is revealed. In addition, this fabric can also be used for the production of accessories and handbags. The printing technology used in the manufacturing of this fabric is REACTIVE DIGITAL DIRECT, which focuses particularly on natural fibers, allowing the design to adhere to the fabric fluidly and precisely.

To maintain the quality of this fabric, it is necessary to take into account some special care. It is recommended not to use bleach for washing, to use a maximum temperature of 30ºC when washing, not to use trichloroethylene in dry cleaning, to iron at a low temperature, and to tumble dry at a reduced temperature. With these proper care instructions, the Cotton Spandex Sateen - White Tiger fabric will maintain its soft texture and printed design in optimal conditions.