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| Material: | 100% Polyester |
| Width (cm): | 150 |
| Grammage (g/m²): | 420 |
| Pattern: | Turtle, Standard, Marino, Home Decoration, Vector pattern |
| Features: | Rigid |
| Application / Use: | Jackets, Blazers, Coats / Trench, Skirts, Dresses |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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| Notices: |
Se trata de un tejido con relieve y al ser impreso presenta fuerza de color en las fibras más externas quedando en su color natural las fibras internas. Puede presentar pequeñas trazas, hilos o borra dada su naturaleza reciclada y cuya aparición, aunque se de en un % bajo de ocasiones, es totalmente arbitraria e inevitable. |
Tweed - Chanel fabric is a polyester fabric weighing 420 gr/m2 and 150 cm wide, suitable for making garments and cushions. Its printed design features a turtle image in ecru, champagne, pumpkin orange, and bear brown tones, in a marine and home decor style, with a standard complexity vector pattern. This design is digitally printed on one side. The fabrics texture and feel are stiff, which provides great structure to the garments made with it.
Tweed - Chanel is a versatile fabric that can be used to make a wide variety of garments, from jackets and blazers to skirts, dresses, bomber jackets, and shorts. It is also suitable for living room, bedroom, and kitchen cushions, as well as outdoor cushions. In addition, Tweed - Chanel is a timeless fabric that works well for any time of year, although it is especially suitable for autumn and winter 2021.
Regarding fabric care, it should be washed at a maximum temperature of 30ºC, not bleached or tumble dried, and dry cleaning is allowed except with trichloroethylene. It is important that ironing is done at a cool temperature.
Finally, the printing technology used to produce Tweed - Chanel is polyester sublimation, which consists of printing the design on paper and transferring it to the fabric using heat and pressure. This results in a sharp, high-quality image that integrates perfectly into the fabrics structure.