Botanical Printed Cotton Nylon Twill
- Composition
- 75% Cotton, 25% Nylon
- Weight
- 62 gsm
- Width
- 150 cm
- Construction
- Woven
- Weave / Knit
- Twill
- Sample price
- $4.00 / m
- Best for
- Dress, Shirt, Skirt
- Bulk price
- $3.2 / m
- Bulk MOQ
- 100 m
- Certifications
- China GB Standard
Certificates are declared by the mill; test reports can be requested with your sample.
Bulk price is quoted per m by the mill. Bulk MOQ and bulk price are indicative, taken from the supplier's own listing — final terms are set by the supplier and can be negotiated directly with them.
About Botanical Printed Cotton Nylon Twill
This 62gsm woven twill fabric features a 75% cotton and 25% nylon blend with a botanical print on a light grey background. With an ultralight weight, soft hand, and fluid drape, it is ideal for Spring/Summer dresses, shirts, and skirts.
Constructed in a woven twill weave, this fabric features a composition of 75% cotton and 25% nylon with a light grey botanical print. It has an ultralight weight of 62 gsm and a width of 150 cm, meeting China GB Standard requirements for apparel production.
The fabric offers a soft, smooth, and fluid handfeel with a matte sheen and semi-opaque coverage. It features a fluid drape level of 4 and non-stretch construction, providing comfortable breathability for warm-weather garments.
Recommended for crafting Spring/Summer dresses, shirts, and skirts. Gentle care is suggested to maintain the printed quality over time. Order a swatch sample prior to placing bulk production orders.
Frequently asked
- What is the composition and weight of this fabric?
- The fabric is made of 75% cotton and 25% nylon in a twill weave, weighing an ultralight 62 gsm with a width of 150 cm.
- Does this fabric have stretch?
- No, this is a non-stretch woven twill fabric.
- What end uses are suitable for this fabric?
- It is recommended for Spring/Summer apparel, including dresses, shirts, and skirts.
- What quality standard does this fabric meet?
- This fabric complies with the China GB Standard quality benchmarks.