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| Material: | 93% Polyester, 7% Elastomer |
| Width (cm): | 145 |
| Grammage (g/m²): | 145 |
| Pattern: | Very Simple, Home Decoration, Vector pattern, Flowers, Petals |
| Features: | Soft, Smooth |
| Application / Use: | Bermuda, Shirts, Clothespin Bag, Cushions, Swimsuit |
| Sustainability certificates: | GRS |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The fabric we are discussing is the Recycled Sport Polyester - Basic, a composition of 93% polyester and 7% elastane with a weight of 145 gr/m2 and a width of 145 cm. This fabric is characterized by its soft texture and smooth finish, ideal for sportswear and swimwear, as well as sports shirts for men, women, and children. In addition, it has GRS certification, which makes it sustainable as it is recycled.
As for the printed design, it has a very simple complexity and falls within the styles of home decor and vector patterns, with a floral and plant nature in which midnight black, dark red, and viola violet colors predominate. This design could combine perfectly with plain fabrics in black, white, red, or purple tones, among others. It should be noted that the fabric is printed with the stamped design on one side by digital textile printing.
Regarding the general characteristics of the fabric, it is soft to the touch and very comfortable to wear due to its elasticity. For its part, the design manages to give a fresh and natural image to any garment made with this fabric. Likewise, the applications of the fabric go beyond those indicated, as it can be used for sportswear and for decoration.
Regarding the care that must be taken into account to maintain the quality of the fabric, we recommend not bleaching it, washing it at a maximum temperature of 40 degrees, ironing at a low temperature, and air drying.
Finally, the printing technology used to create this fabric is sublimation (polyester), a process by which the design is printed on special paper using sublimation inks, which are transferred to the fabric through the application of heat and pressure, fixing the design at a molecular level in the fabric.