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| Material: | 82% Polyester, 18% Elastane |
| Width (cm): | 150 |
| Grammage (g/m²): | 270 |
| Features: | Elastic, Chlorine Resistant, Very High UV Protection 50+ |
| Application / Use: | Body, Swimsuit, Bikinis, Jersey, Tights / Leggings |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The base fabric is a Polyester Lycra - Nairobi of 270 gr/m2 in a plain rose-brown color, with a CMYK of 17 48 28 3. The combination of pink and brown makes this secondary color warm and elegant, allowing it to perfectly combine with neutral colors like black, white, and grey, but also with warmer tones like yellow, orange, red, and violet. It is important to mention that this fabric is single-sided printed by digital textile printing, which means that it is a fabric where the design is printed directly onto the surface of the fabric and is not dyed.
The base fabric of this Polyester Lycra has a soft and elastic texture that makes it very pleasant to the touch. In addition, it is designed with a chlorine-resistant finish and features a UPF – UV Protection Factor, of Very High UV Protection 50+. These characteristics make it ideal for use in swimwear, sportswear, and lingerie.
Regarding its applications and uses, this fabric is perfect for making garments such as bikinis, swimsuits, leggings, and leotards for women, men, and children. It is also used for making sportswear and lingerie, which makes it very versatile in terms of design.
It is important to note that this fabric requires certain special care for its proper conservation. These include avoiding bleaching, washing at a maximum temperature of 40ºC, not using trichloroethylene in dry cleaning, ironing at low temperature, and not tumble drying.
Finally, the printing technology used on this fabric is sublimation with polyester. This printing technique is based on the creation of a digital design that is transferred to the fabric using high temperatures and pressure, thus creating a resistant and durable print over time.