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| Material: | 100% Polyester |
| Width (cm): | 147 |
| Grammage (g/m²): | 110 |
| Pattern: | Watercolor, Painting, Standard, Christmas, Watercolor |
| 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 Recycled Microfiber Fabric - Biarritz is a microfiber fabric made of 100% polyester, with a weight of 110 gr/m2 and a width of 147 cm. Its printed design features different attributes, such as abstract, watercolor, arts, painting, standard complexity, and Christmas, artistic, botanical, colorful, decorative, drawn, and illustration styles. It also includes elements of nature, such as landscapes with trees, sky, and snow, as well as other colorful colors.
This fabric is printed with the design on one side using digital textile printing. It is important to note that the printing is done only on one side of the fabric, not on both.
In terms of general characteristics, the fabric has a thin, rigid, and soft texture, which provides different tactile sensations. The printed design adds artistic and decorative elements with vibrant colors and standard complexity.
The Recycled Microfiber Fabric - Biarritz has various applications and uses, such as fashion, accessories and bags, sports and swimwear, shorts, wallets, and swimsuits. Its versatility makes it suitable for different seasons and styles.
Regarding care, it is important to note that the fabric should not be bleached and it is recommended to wash it at a maximum temperature of 30ºC. In addition, dry cleaning is allowed, except with trichloroethylene, and it is advisable to iron at a cool temperature. It is not suitable for tumble drying.
The printing technology used to manufacture this fabric is sublimation, which allows colors and designs to be transferred clearly and durably. This process is based on the application of heat and pressure so that the pigments turn into gas and penetrate the polyester fibers, guaranteeing high-quality and resistant printing.