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| Material: | 100% Polyester |
| Width (cm): | 160 |
| Grammage (g/m²): | 220 |
| Pattern: | Vintage, Christmas, Trees, Light |
| Features: | Drawn out |
| Application / Use: | Hoodies, Toiletry bags, Hoodies, Backpacks, Tracksuit |
| Sustainability certificates: | GRS |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The Brushed Sweatshirt Fabric - Boston is characterized by its weight of 220 gr/m2 and width of 160 cm. It is made of 100% polyester and carefully designed for use in winter and autumn/winter 2021 fashion for sweatshirts, toiletry bags, backpacks, tracksuits, or other accessories. Furthermore, it has GRS certification and is sustainable due to its recycled material.
Its printed design is inspired by nature and features attractive landscapes full of trees, giving it a vintage style. The design colors are dominated by green, both dark and forest green, and pepper red to add a touch of color. The fabric is printed on one side by digital textile printing, which gives it exceptional image quality.
Regarding its characteristics, the fabric has a brushed finish that gives it a very pleasant softness and touch. In addition, the design, resistant to washing and fading, will remain in perfect condition for a long time.
As for its applications and uses, this fabric is perfect for a wide range of garments and accessories, thanks to its softness and easy handling. In general, the fabric can be used in any project that requires a warm, resistant, and attractive fabric.
To keep the fabric in perfect condition, it is important to consider its care. It is resistant to dry cleaning, but it is important not to use trichloroethylene. It can be washed at a maximum temperature of 40ºC and can be tumble dried at a reduced temperature.
Technically, the Brushed Sweatshirt Fabric - Boston is manufactured using sublimation printing technology. This means that the design is printed with special inks that turn into gas when heated, penetrating deep into the fabric fibers and providing uniform and high-precision image quality.