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| Material: | 96% Polyester, 4% Elastane |
| Width (cm): | 150 |
| Grammage (g/m²): | 220 |
| Pattern: | Vector pattern, Decorative, Artistic Flowers, Flowers, Petals |
| Features: | Soft, Thin |
| Application / Use: | Shirts, Skirts, Blouses, Dresses, Handkerchiefs |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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| Notices: |
Existen diferentes tipos de Sarga disponibles sen nuestra web, este tejido es una Sarga fina de bajo gramaje. Recomendamos adquirir una muestra para validar que es la textura que busca. |
The base fabric of this textile is a twill weave, composed of 96% polyester and 4% elastane, weighing 220 gr/m2 and measuring 150 cm in width. It boasts a soft and delicate texture, making it suitable for a range of uses from shirts to scarves. The printed design features a decorative style with a floral vector pattern that combines artistic flowers and petals in shades of gray, light pink, and fuchsia. This design pairs beautifully with solid colors such as black, white, or dusty pink.
It is important to note that the fabric is digitally printed on one side only. Its general characteristics highlight its soft texture, the delicacy of its colors, and the quality of its finish. Its fineness makes it ideal for the summer season.
Regarding its applications and uses, this fabric is highly versatile. Besides being used for womens and mens fashion garments like skirts, blouses, and dresses, it can also be used to create accessories such as scarves. Thanks to its softness and delicacy, it is also suitable for the production of underwear.
For care, it is important to remember that this fabric cannot be bleached and must be washed at a maximum temperature of 30ºC; it cannot be tumble dried. It allows for dry cleaning, except with trichloroethylene, and ironing at a cool temperature.
The printing technology used to produce this fabric is sublimation, a digital textile printing technique that involves printing designs onto paper and transferring them onto the fabric through the application of heat and pressure. This technology allows for the printing of detailed, durable designs that are resistant to wear and washing.