Jacquard Interlock Fabric
75% Polyester 14% Acetate 11% Spandex Jacquard Interlock Knit Fabric
- ModelTD01339A05
| Composition: | 75% Polyester + 14% Acetate + 11% Spandex |
| Width: | 160cm |
| Weight: | 360g/m2 |
| Structures: | Interlock Jacquard |
| Packaging: | 25kg/roll |
| MOQ: |
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◆ Lead Time: 25-35 days
◆ Shipping: Sea freight, Railway freight
◆ Payment: T/T, L/C ...
Product Details
This component is made from recycled materials, 75% polyester 14% acetate and 11% spandex, the elasticity of spandex ensure that garments can maintain their shape, while acetate's contribution to aesthetics and comfort makes it ideal for high-end fashion.
It is a jacquard interlock jersey knit fabric.
The fabric is bleached, which generally implies that it has undergone a chemical process to remove color from the fibers, resulting in a neutral base that is ideal for dyeing in various colors without the original fiber color impacting the dye uptake.
The combination of polyester and cotton with spandex makes this fabric extremely versatile. It is suitable for a wide range of applications including activewear, yoga pants, leggings, and other garments where stretch, comfort, and breathability are desired.
MH Interlock Fabric Feature
Interlock fabric has good moisture-wicking properties, quickly transferring sweat away from the skin's surface to keep you dry.
The fabric is breathable, allowing for effective airflow, making it suitable for active wear.
Interlock fabric feels soft against the skin, making it comfortable for garments like T-shirts and underwear.
Some interlock fabrics include elastane (like LYCRA), providing excellent stretch and adaptability for various movements.
It can be used for sublimation printing, allowing for vibrant, personalized designs while maintaining print quality.
Customization Services
Material Customization
MH interlock fabric comes in materials, offer a soft touch, excellent stretch, and versatility.
Knit Structure Types Customization
MH double fabrics are classified under different knitted fabric structures, reflecting the various surface textures and performance characteristics formed during the knitting process.
