Recycled Microfiber - Biarritz

The base fabric for this print is Recycled Microfiber - Biarritz, composed of 100% polyester with a weight of 110 gr/m2. The plain color printed is an olive green, obtained through the combination of 40% cyan ink, 31% magenta ink, 100% yellow ink, and 15% black ink, resulting in the following CMYK: 40 31 100 15. This color emanates an earthy, serene, and tranquil feeling, providing a natural and organic look. Olive green pairs very well with earth tones, such as beiges, browns, and sands, as well as with dark colors like black and gray.

The fabric is printed with this plain color on one side using digital textile printing, which means it is not a dyed fabric, but rather the ink is applied to the surface of the fabric. Recycled Microfiber - Biarritz has general characteristics such as its soft, thin, and rigid texture at the same time, allowing it to be a versatile fabric for different types of garments, accessories, and complements. As for the printed color, olive green evokes a sense of tranquility and connection with nature, making it an ideal choice for clothing and accessories with a relaxed and comfortable approach.

Among the applications and uses of the fabric are fashion garments, accessories such as bags or wallets, sportswear, swimwear, and swimsuits. Furthermore, being a recycled fabric, it is a sustainable and environmentally conscious option, making it suitable for clients looking for sustainable and responsible materials for their projects.

For the care of Recycled Microfiber - Biarritz printed with this plain color, it is recommended to wash at a maximum temperature of 30ºC, do not bleach, iron at a cool temperature, allow dry cleaning except with trichloroethylene, and do not tumble dry. Following these instructions ensures good durability of the fabric and its printed color.

The technology used to print this fabric is sublimation, a process that allows the transfer of inks through a heat and pressure process, guaranteeing high quality and detail in the printed design. This process involves the use of special inks that turn into gas when subjected to appropriate pressure and heat, penetrating the fibers of the fabric for greater durability of the print.