Trends
Printed Fabrics View articles
Telas en Colores Lisos View articles
Telas para Imprimir View articles
| Material: | 93% Polyester, 5% Viscose, 2% Elastane |
| Width (cm): | 150 |
| Grammage (g/m²): | 380 |
| Pattern: | Folkloric, Photography, Petals, Roses, Flowers |
| Features: | Soft |
| Application / Use: | Altar Cloths, Coats / Trench, Coaster, Jackets / Vests, Blazers |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
|
The base fabric is a cloth called Glasgow, composed of 93% polyester, 5% viscose, and 2% elastane, with a weight of 380 gr/m2 and a width of 150 cm. Its printed design features folklore with multicolored plant and flower motifs, including roses and petals. This design symbolizes joy and nature, with an artistic and modern touch. This fabric is single-sided printed using sublimation technology (polyester). Its texture is soft to the touch and can be used in various applications such as coats, jackets, blazers, coasters, and kitchen towels.
This printed Glasgow fabric combines very well with solid colors such as black, white, red, and beige. It is important to note that the fabric is single-sided printed using digital textile printing.
The general characteristics of this printed fabric include its softness and quality, due to the materials it is composed of. In addition, the printed design features high image quality with great detail definition, which enhances the beauty of the floral motifs.
Regarding its applications and uses, in addition to those mentioned above, this fabric is ideal for making clothing in winter and autumn seasons, as well as for home and altar decoration. It can also be used to make cushion covers and curtains.
It is important to consider the care required for this fabric, avoiding bleaching and dry cleaning. It should be washed at a maximum temperature of 40ºC and ironed at a warm temperature. Tumble drying is not recommended.
The printing technology used to make this fabric is sublimation (polyester), which allows for great detail definition and vibrant colors in the printed design. This technology consists of transferring the design to the fabric surface using heat and pressure, thus achieving high image quality.