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| Material: | 100% Polyester |
| Width (cm): | 147 |
| Grammage (g/m²): | 110 |
| Features: | Thin, Rigid, Soft |
| Application / Use: | Handbags, Bermuda, Wallets, Swimsuit, Swimsuit |
| Sustainability certificates: | GRS |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The base fabric Recycled Microfiber - Biarritz is a microfiber type and is made of 100% polyester, with a weight of 110 gr/m2 and a width of 147 cm. It is a timeless and sustainable fabric, GRS certified and with sublimation printing technology (polyester). The solid printed color is Cadillac pink, with a CMYK of 10 30 4 0, which indicates a low presence of cyan and yellow and a higher presence of magenta, giving it a soft and delicate tone. This secondary color combines especially well with neutral colors and pastel shades such as white, beige, light gray, and aqua green.
It is important to note that the fabric is printed with the solid color on one side by digital textile printing, which means that it is not a dyed fabric but printed on one side, which gives the color great vibrancy and sharpness.
In general, the Recycled Microfiber - Biarritz fabric has a thin, rigid, and soft texture, which makes it suitable for different applications such as fashion, accessories, bags, sportswear, swimwear, Bermuda shorts, wallets, and swimsuits, among other uses. In addition, these uses are enhanced by its easy and simple care, requiring no bleaching, washing at maximum temperatures of 30ºC, ironing at cold temperatures, and no tumble drying; dry cleaning is allowed except for trichloroethylene.
Finally, sublimation printing technology consists of transferring the printed design from a sheet of paper to the fabric, by applying heat and pressure, producing an ink that turns into gas when heat is applied, penetrating the fabric fibers and thus creating a durable image, resistant to washing and UV rays. Thanks to this technology, the printed fabric registers vivid colors, precise details, and high resolution.