Trends
Printed Fabrics View articles
Telas en Colores Lisos View articles
Telas para Imprimir View articles
| Material: | 100% Polyester |
| Width (cm): | 150 |
| Grammage (g/m²): | 28 |
| Pattern: | Simple, Home Decoration, Botanist, Stylized floral, Artistic Flowers |
| Features: | Transparent, Thin |
| Application / Use: | Brides, Dresses, Sarong, Handkerchiefs, Dresses |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
|
| Notices: |
Al ser un tejido vaporoso, en metrajes superiores a 5 metros, pueden presentarse pequeños pliegues en los extremos del tejido. |
The base fabric is Transparent Gauze - Salamanca, a gauze fabric made of 100% polyester with a weight of 28 gr/m2 and a width of 150 cm. Its printed design is multicolor and simple in complexity, with a home decor style and stylized, artistic floral elements. It can be combined with solid colors such as white, black, or pastel tones. This fabric is printed with the design on one side using digital textile printing.
The fabrics texture is visually transparent and has a delicate feel. The printed design is complex in its simplicity, with stylized floral elements that give it an artistic and subtly elegant touch. Digital textile printing makes the design crisp and detailed, providing high quality and durability to the fabric.
Among the applications and uses of the fabric are bridal lingerie and dresses, womens and mens fashion for skirts, swimwear and sarongs, accessories such as scarves, and childrens dresses. Its use in summer is especially recommended due to its soft and comfortable texture.
It is important to note that the fabric should be washed with care, avoiding bleach and choosing maximum temperatures of 30ºC, without using a dryer and ironing at low temperature. In addition, it can be dry cleaned except with trichloroethylene.
The printing technology used for this fabric is sublimation, a technique in which ink is printed onto special transfer paper and then transferred to polyester using pressure and heat. This method ensures high resolution and precision in the printed designs, achieving crisp and quality results.