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| Material: | 97% Polyester, 3% Elastane |
| Width (cm): | 146 |
| Grammage (g/m²): | 95 |
| Features: | Brilliant, Smooth, Thin |
| Application / Use: | Shirts, Blouses, Kimono, Accessories, Monkeys |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The Raso - Ámsterdam base fabric is a 120 gr/m2 satin/sateen made of 100% polyester with a width of 150 cm. The solid printed color is a dark green called DarkOliveGreen, with a CMYK code of 51 34 84 20, meaning it is composed of a combination of cyan, magenta, yellow, and black. This color conveys a sense of security and tranquility, related to nature, making it perfect for clothing and accessories for a more natural and organic fashion. This color pairs very well with earthy tones, beige, or brown, to give a more sober and elegant look.
It is important to note that the fabric is printed on one side using digital textile printing, which means it is not a dyed fabric but printed on a single side. The texture is visually shiny and tactilely smooth and thin.
Among the general characteristics of the base fabric are its softness and lightness, making it ideal for making clothing. The outstanding attributes of the fabric are its high quality and resistance, making it suitable for various applications and uses such as shirts, blouses, kimonos, skirts, pants, tops, pajamas, dresses, and scarves. In addition, it is also suitable for lingerie, such as pajamas and wedding dresses.
The fabric must be cared for properly to ensure its lifespan. It should be washed at a maximum temperature of 40°C, without bleach, and dry cleaning is allowed except with trichloroethylene. It should be ironed at a warm temperature and can be tumble dried at a reduced temperature.
Finally, the printing technology used on this fabric is sublimation. This means that the design is first printed on transfer paper and then transferred to the fabric using heat and pressure, which allows for a high-quality, full-color design. This printing technique is suitable for synthetic fabrics such as polyester and allows for resistant and durable designs.