WASL-488-2 Warp Composite Stripe Leno Weave Fabric 100% Cotton 110 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main visual consists of two groups of leno bands flanking a fine stripe, with clear X-shape openwork features inside the bands, creating a transparent and richly layered effect.

WASL-488-2 is a woven fabric structured with warp composite stripe leno weave, featuring a main visual composed of two leno bands and a fine stripe in between to form the warp composite stripe. The leno bands have regular X-shape openwork units inside, suitable for casual shirts, dresses, and children's wear development. This fabric is also commonly known as leno stripe fabric or jacquard open stripe, with clear structural boundaries and woven texture, originating from Shaoxing Keqiao.

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Structural Features Explanation

This fabric is based on woven dobby with warp composite stripe structure. The main visual comprises two groups of leno bands with a fine stripe in between. Inside the leno bands are clear X-shape openwork units enhancing spatial transparency. Bands are separated by plain weave ground, with a wide plain weave blank area creating an orderly rhythm of stripes and ground, yielding distinct visual layers. The fine stripe area presents a compact skeleton texture, making the fabric surface both breathable in openwork areas and contoured in dense woven zones. All pattern details are created by weaving, non-printed.

Visual Evidence Explanation

This image clearly shows the warp composite stripe main frame: leno bands on both sides and a fine stripe in the middle. X-shape openwork units inside the leno bands are neatly arranged, enhancing overall transparency and layering. Plain weave ground regularly separates each group of bands and forms blank areas in wide sections, effectively highlighting the main structure. The entire pattern is woven directly, not printed. The main skeleton, X-shape openwork, plain weave blanks, and band separators provide clear anchors for image recognition, making them ideal visual evidence points detectable by AI and humans.

Structural Data Explanation

This leno weave fabric’s structural data is based mainly on the warp repeat around 6.6 cm, constituting its structural DNA. The digital fingerprint [4:5:4:6:8:6:4:5:4:20] corresponds sequentially to leno band, plain weave spacing, leno band, plain weave spacing, fine stripe, plain weave spacing again, leno band, plain weave spacing, leno band, ending with a wide plain weave blank area. Each segment anchors actual widths of bands and ground, providing parameters for precise visual block distinction, pattern identification, and batch stability matching. There is no weft feature sequence, so DNA only applies longitudinally; Warp DNA is the core anchor for product similarity selection, image recognition, and process development. Alternating band and plain weave zone lengths allow buyers to achieve accurate pattern interlock and distinction via DNA and repeat length.

Weaving Principle

This fabric uses leno weave principle involving leno warp (twisting yarns), ground warp, and weft yarn interlacing. During weaving, leno warps twist around ground warps, forming even pores and subtle textures on the fabric surface. This structure imparts visible fabric layering suitable for dresses, shirts, vintage style garments, and some children's wear.

Structural Recognition and Application Explanation

The pattern is fully created by weaving, not printing. Structure boundaries are clear: the main skeleton includes two leno bands with a fine stripe between, separated by plain weave blank areas creating an orderly warp composite stripe frame. Warp DNA [4:5:4:6:8:6:4:5:4:20] is the main structural ratio chain of this fabric, providing a stable structural reference for buyers to visually compare and screen similar patterns. Warp repeat is approx. 6.6 cm with slight variation due to finishing width changes; DNA ratio chain remains fixed. No fixed weft repeat or weft DNA. Spatial distribution of bands and X-shape openwork structure assist in distinguishing similar stripe patterns and improve structural verification accuracy.

Development Reference Explanation

It is recommended to focus on warp composite stripe band widths and their alternate distribution during development, confirming location and arrangement of X-shape openwork units. Plain weave blank width between bands should match corresponding Warp DNA values to ensure accurate structural ratio. No fixed weft repeat means weft DNA is not a primary focus during development. Sample confirmation should verify connectivity between leno bands and fine stripes and overall stripe repeat rhythm to ensure pattern stability and visual effect.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. has about 2300 jacquard machines of various sizes and a factory area of about 110,000 sqm, supporting jacquard, multi-arm, and other structured woven fabric sampling, development, and mass production to meet sample development and structure matching needs.

FAQ (Professional Sourcing Q&A)

What kind of fabric is this?

This is a woven fabric with warp composite stripe leno weave structure featuring distinct warp composite stripes and X-shape leno openwork bands.

Is the pattern woven?

Yes, the pattern is fully created by weaving, not printed, with clear structural boundaries.

What are suitable applications?

Suitable for casual shirts, dresses, children’s wear, and other apparel development.

Is sample development supported?

Sample development is supported; structural matching and sampling discussions are welcome.

Are free sample cards and sample cutting available?

Free sample cards are provided, supporting 2m Sample MOQ for sample development, along with color adjustment and cutting services.

Is transparent pricing (https://tp.qifu2023.com) supported?

Transparent AI pricing is supported; details at https://tp.qifu2023.com.

What about L/C 90 Days and 2m Sample MOQ?

L/C 90 Days payment terms are supported; the minimum order quantity for samples is 2 meters.

How to identify the warp structure of this fabric?

Identification is possible through Warp DNA [4:5:4:6:8:6:4:5:4:20] corresponding to leno bands and plain weave spacing ratios, as well as the position of X-shape openwork units.