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| Material: | 100% Polyester |
| Width (cm): | 145 |
| Grammage (g/m²): | 116 |
| Features: | Waterproof, Thin |
| Application / Use: | Jackets, Down jackets, Raincoats, Shower Curtains, Cushions |
| Manufacturing Method: | Single-sided digital textile printing, all products are custom-made to order. |
| Care: |
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The Waterproof Windbreaker Fabric - Target, a Technical Fabric type, is made of 100% POLYESTER with a weight of 116 gr/m2 and a width of 145 cm. The plain printed color is a Rose Pink, with a CMYK of 15 35 13 0. This color conveys delicacy, softness, and is associated with feelings of comfort and harmony. Rose pink pairs especially well with white, grey, turquoise, and mint green tones.
The waterproof base fabric has a thin texture and a waterproof finish, making it ideal for sports and outdoor apparel in the winter season. The plain color, printed on one side using digital textile printing, merges perfectly with the base fabric and remains unaltered by contact with water and other liquids. The tactile feel of this fabric is soft and light, further enhancing its comfort.
The fabric is suitable for applications such as jackets, down jackets, raincoats, and other sportswear for women, men, and children. In terms of other uses, it is also employed in fashion to create different types of garments, such as skirts or dresses. The Waterproof Windbreaker Fabric - Target adapts to all stylistic needs of each client, making it an attractive and versatile fabric.
Regarding the care instructions for this fabric, it is essential not to use bleach or wash the garment at a temperature exceeding 40ºC. Furthermore, the fabric does not allow dry cleaning, and ironing should be done at a cool temperature. Lastly, it cannot be tumble dried. By following these simple guidelines, the fabric will remain in perfect condition for a long time.
The printing technology used for this fabric is sublimation, where the ink from the design is transferred to a layer of protective paper, which is then placed on the fabric and pressed at high temperature and pressure. Under these conditions, the ink turns into gas and penetrates the fibers of the fabric, creating a high-quality and durable result.