Synthetic Knit with Spandex - Support

The fabric in question is Synthetic Knit with Spandex - Support, a type of knit fabric composed of 95% polyester and 5% elastane. With a weight of 237 gr/m2 and a width of 152 cm, this fabric is especially soft to the touch, elastic, and opaque in its visual appearance.

The printed design adorning this fabric has multiple attributes that make it unique. With an artistic and decorative style that combines pictorial and botanical elements, this design presents standard complexity. With a color palette in which camouflage green is dominant at 49.27%, followed by baby blue at 17.81%, and metallic silver gray at 15.07%, the design evokes nature through plants and leaves.

To combine with this printed design, plain colors that harmonize with the main tones can be used. For example, neutral tones such as white, black, or gray could be used to create an elegant contrast, or more vibrant colors such as pastel pink or light violet to add a touch of liveliness.

It is important to note that this fabric is printed with the design on one side only using digital textile printing. This means that the design is present only on one side of the fabric, which must be taken into account when handling and sewing.

Regarding the general characteristics of both the fabric and the printed design, both offer a soft touch and elasticity that make them suitable for lingerie, bras, tops, knitwear, sportswear, and accessories. In addition, the opacity of the printed design gives it a sophisticated look, and the artistic and botanical style provides a touch of originality and freshness.

Regarding fabric care, it is important to follow these recommendations: do not bleach, wash at a maximum temperature of 30ºC, dry cleaning is allowed except for trichloroethylene, iron at a cool temperature on the reverse side of the fabric, and do not tumble dry. These care instructions will ensure the durability and good appearance of the fabric over time.

Finally, the printing technology used on this fabric is sublimation, which allows the design to be transferred precisely and durably onto the fabric surface. This technique involves applying heat and pressure so that the design pigments turn into gas and penetrate the fabric fibers, thus ensuring a high-quality print that is resistant to the passage of time.