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| Material: | 100% Polyester |
| Width (cm): | 150 |
| Grammage (g/m²): | 135 |
| Pattern: | Vector pattern, Decorative, Geometrics, Squares, Light |
| Features: | Breathable, Elastic |
| Application / Use: | Scrunchie, Scrunchies, T-shirts, Clothespin Bag, Jersey |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The fabric we are discussing is the Breathable Technical Fabric - Fresh, a 100% polyester technical fabric with a weight of 135 gr/m² and a width of 150 cm. This fabric is characterized by being breathable and elastic to the touch, making it ideal for making sports t-shirts, hair ties, and scrunchies.
The printed design of this fabric features a decorative style with a vector pattern of multi-colored squares, which gives it a cheerful and youthful look. This design, printed on one side by digital textile printing, can be perfectly combined with plain fabrics in white, yellow, or turquoise tones.
Both the fabric and the printed design are characterized by being breathable and elastic. The breathability of the fabric allows the skin to breathe and stay cool and dry, while the elasticity of the fabric and the print provide great resistance and durability to the fabric. Furthermore, the use of sublimation technology guarantees exceptional sharpness and image quality.
This fabric is ideal for making sportswear and accessories such as hair ties and scrunchies, but it can also be used for other purposes thanks to its elasticity, breathability, and soft feel.
To keep this fabric in perfect condition, it is recommended to wash it at a maximum temperature of 60ºC, without bleaching, do not dry clean, iron at low temperature, and do not tumble dry.
The printing technology used on this fabric is sublimation through digital textile printing. This process consists of transferring the digital design to the fabric by means of vaporization and solidification, guaranteeing high resolution and image quality without the fabric losing its breathability and elasticity.