WASL-430-1 Composite Openwork Leno Stripe Fabric 100% Cotton 100 GSM Structural DNA from Shaoxing Keqiao Source Factory

This main image clearly demonstrates the composite warp stripes and geometric openwork structure distribution, providing reliable visual evidence for structural comparison and sourcing.

WASL-430-1 is a composite openwork leno stripe fabric woven using Leno Weave, exhibiting distinct composite open stripe structures in the warp direction, visually dominated by vertical composite openwork stripes. It is suitable for casual shirt, dress, and light garment development. This fabric is also called leno openwork stripe or windowpane jacquard, characterized by geometric open stripe bands, originating from Shaoxing Keqiao region.

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Structural Features

This fabric features a unique composite warp stripe structure with a wide geometric windowpane openwork main framework embedded with dense diamond eyelets, achieving a pronounced transparency. Each stripe group contains plain weave spacing bands, leno weave fine stripes, and dense warp cords, creating vertical spatial zoning. Wide and narrow sections are arranged orderly and distinctly. Decorative cords are realized by thickened warp yarns enhancing layering and brightness. The fabric's overall structure is woven rather than printed, combining openwork and decoration through complex weaving, showcasing professional weaving technology and precise industrial zoning. Different structural zones correspond clearly, with high differentiation and rich surface layering. It is a preferred woven fabric for casual shirts, dresses, and light garments.

Visual Evidence

This image clearly shows the fabric’s main visual framework — wide geometric openwork bands arranged vertically, interspersed with several narrow leno stripes and solid cords. The diamond eyelets inside the main bands are neat, and plain weave transitions between bands are obvious. The structure and partition boundaries are easy to identify in regular photos, surpassing printed fabric's pattern invariance, which is core proof of woven formation. Partial satin cords and openwork together reinforce structural segmentation. The main pattern is suitable as a standard sample for fast structural recognition and similar fabric screening. Bands are distinctly wide and narrow with orderly spatial distribution, serving as golden anchors for direct sourcing comparison.

Structural Data

The warp repeat unit length is approximately 6.5 cm, with Warp DNA fingerprint [3:6:23:7:3:7:9:7]. Each segment corresponds to actual structure: first 0.3 cm small jacquard stripe, then 0.6 cm plain weave spacing, 2.3 cm main wide geometric windowpane openwork band, 0.7 cm plain weave spacing, 0.3 cm repeated small jacquard stripe, 0.7 cm plain weave spacing, 0.9 cm dense warp decorative cord, ending with 0.7 cm plain weave spacing. These segments form a complete large repeat. This DNA chain is the core anchor for structure recognition, letting sourcing screen similar composite stripe fabrics directly by numbers without estimating details visually. There is no weft repeat data. Development and comparison mainly focus on warp structural features. All segments represent actual physical zoning in weaving, critical for sourcing and batch consistency.

Weaving Principle

This fabric uses a leno weave construction method by interlacing ground warp, leno warp, and weft yarns. During weaving, the leno warp twists around the ground warp, creating relatively uniform transparent openings and subtle texture on the fabric surface. This structure forms obvious openness and layering suitable for garment development.

Structure Identification and Application

The pattern of this fabric is fully formed by weaving, not printing. Structural boundaries are clear. The main framework is a wide geometric openwork band combined with leno fine stripes and satin cords, forming vertical composite stripe zoning. Warp DNA [3:6:23:7:3:7:9:7] is the warp structural ratio chain providing a fixed structural reference for quick sourcing identification and similar pattern comparison. There is no fixed weft repeat, so comparison focuses on warp structure. Repeat length is approx. 6.5 cm; due to dye and finishing width changes, slight fluctuation occurs, so “approx.” is used, but the DNA chain remains fixed ensuring stable recognition. Width and spatial distribution distinctions help distinguish similar composite stripe fabrics.

Development Reference

When confirming samples, focus on observing warp stripe widths and zoning rhythm, verifying small jacquard stripe and wide geometric openwork band size proportions. Plain weave spacings and dense warp cords should keep clear separation to avoid structural confusion. Without fixed weft repeats, development concentrates on warp DNA and stripe visual framework to ensure vertical arrangement and geometric openwork shapes meet design requirements. Edges of stripes and satin cords connections also need careful checking to ensure structural integrity.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. owns about 2300 jacquard machines of various sizes, with factory space of approximately 110,000 m², supporting jacquard, multi-arm, and other structural woven fabric sampling, development, and mass production. The factory supports sample development, structural matching, and batch collaboration, ensuring efficient fabric development and production coordination.

FAQ (Professional Sourcing Q&A)

What kind of fabric is this?

This is a composite openwork leno stripe fabric woven with leno weave structure, featuring distinct composite open stripe warp structure, suitable for casual shirts and light garment development.

Is the pattern woven?

Yes, the pattern is created through complex leno weave technique, not printed. The structure boundaries are clear with stable weaving features.

What is it suitable for?

It is suitable for fabric development in casual shirts, dresses, and light garments.

Is sample development supported?

Sample development and structural matching are supported. Cooperation is welcome.

Are free sample cards / cutting samples supported?

Free sample cards are available, supporting 2m Sample MOQ for sample development and adjustment cutting services.

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

Transparent AI pricing is supported. For details, please visit https://tp.qifu2023.com.

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

The factory supports L/C 90 Days payment terms. Sample development uses 2m Sample MOQ.

How to identify warp stripe structure?

The warp stripe consists of small jacquard stripes, plain weave spacings, wide geometric openwork bands, and dense cords. Widths and zoning rhythm are clearly indicated by Warp DNA [3:6:23:7:3:7:9:7], facilitating structural identification and comparison.