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 |
| 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 Transparent Gauze - Salamanca is a type of gauze fabric with a weight of 28 gr/m2 and a width of 150 cm, made of 100% polyester. The solid printed color is a Goose Grey obtained by a combination of cyan, magenta, yellow, and black inks with a CMYK of 18, 15, 16, 0 respectively. This color is characterized by being elegant and sophisticated, a very versatile tone that combines very well with other brighter colors such as pinks, greens, and purples.
This fabric is printed with the solid color on one side using digital textile printing, which ensures high image quality and great durability of the fabric. The texture of this gauze is visually transparent and its touch is delicate and light, making it perfect for lingerie, bridal wear, and fashion dresses. In addition, it is also very suitable for making sarongs, scarves, and other fashion accessories.
Regarding the care instructions for this fabric, it is recommended to wash it at a maximum temperature of 30 degrees and not to bleach it. It can also be dry-cleaned (except with trichloroethylene) and ironed at a low temperature, always avoiding the dryer.
The printing technology used for this fabric is sublimation (polyester), which is specifically used to print images on polyester fabrics. This process involves transferring ink to the garment using heat and pressure so that the ink turns into gas and penetrates the fibers of the fabric, thus ensuring a high-quality and resistant print. Thanks to this technology, soft, durable fabrics with great precision in the printed image are obtained.