WASL-491 Warp Composite Leno Stripe Fabric 100% Cotton 79 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main image visually demonstrates the warp composite leno stripe and the warp direction arrangement and weaving layers of diamond openwork eyelets.

WASL-491 is a warp composite leno stripe fabric with warp composite leno weave structure, featuring continuous diamond openwork stripes as the primary visual focus, suitable for casual shirts, dresses, and children's wear development. This fabric centers on a warp-wise composite stripe skeleton with alternating wide and narrow sections, combined with a leno diamond openwork eyelet matrix and a continuous diamond hole stripe. It is commonly referred to in the market as leno stripe, openwork diamond, or eyelet matrix structure fabric. Manufactured in Shaoxing Keqiao, it has a stable structure and distinct woven texture.

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Structural Features Explanation

This fabric mainly features a composite leno weave structure with an overall warp direction skeleton alternating wide and narrow composite stripes. The primary structure is a dense narrow diamond hole stripe separated by wide eyelet matrix bands, precisely partitioned by plain weave spacing bands. On the fabric surface, the wide area consists of multiple rows of leno diamond openwork units that create a regular, rhythmic matrix visual effect; the narrow area mainly contains continuous single-row diamond holes, offering a linear translucency. The characteristic stripes are distributed parallel in the warp direction, stringing together weaving and rib details, forming a multi-level visual skeleton. This structure is purely woven, not printed, fully emphasizing the regularity and unique visual rhythm of the warp sequence.

Visual Evidence Explanation

The image clearly shows a warp-dominant composite structural stripe. The most prominent at first glance is the continuous narrow diamond hole stripe, closely arranged with strong translucency. The secondary main is the wide eyelet matrix band with multiple rows of diamond openwork inside. These two structures connect in alternating fashion through plain weave bands, with sharp stripe boundaries. All holes and ribs are formed directly by the weaving process, definitely not printed. The weaving zones facilitate manual identification of main and secondary stripe skeletons and openwork eyelet areas. The image detail highly restores the real structure, making it an ideal example for structural identification and fingerprint collection.

Structural Data Explanation

The fabric’s structural parameters use the warp direction as the core identification anchor, with a warp repeat of approx. 6.6 cm, composed in sequence of four DNA structural segments: a 3.1 cm wide characteristic area formed by a leno weave multiple-row diamond openwork eyelet matrix; a 1.4 cm plain weave spacing band that functions as a visual separator; a 0.7 cm core leno stripe with a single dense and continuous diamond hole row; and final 1.4 cm plain weave spacing band marking the repeat end. All DNA parameters are actual fixed weaving anchors helpful for fast location of the same structure during sourcing and development. The fabric has only warp DNA, no weft directional parameters, indicating the main repeat is fully dominated by the warp composite stripe.

Weaving Principle

This fabric uses leno and gauze weave technology, woven by warp, leno warp, and weft yarns combined. The leno warp interlocks around the ground warp, forming uniform diamond holes and multi-level zone divisions on the fabric surface. Continuous hole stripes and matrix eyelet bands in the composite stripe are achieved by main and secondary warp yarn collaboration. Density in different zones is controlled during weaving, thus realizing clear stripe skeletons and translucency. The overall structure helps improve the garment's three-dimensional layering and recognition.

Structural Identification and Application Explanation

The fabric’s pattern is entirely formed by the weaving process and not printed, with clear structure boundaries that facilitate visual recognition. The warp Warp DNA is [31:14:7:14], corresponding to wide diamond openwork eyelet matrix bands, plain weave spacing bands, core leno stripes, and the plain weave spacing band ending the repeat, providing fixed structural references. As there is no fixed weft repeat, the weft DNA is undefined, concentrating main recognition on warp structure. The repeat uses an “approx.” value because dyeing and finishing width changes may cause slight floating, but DNA as a fixed structural anchor remains unchanged. This structural feature aids purchasing to quickly verify samples and batch matching, supporting structure review and similar pattern comparison.

Development Reference Explanation

During development, focus on observing the width partitioning of the warp composite stripes and the arrangement pattern of the diamond openwork eyelet matrix, ensuring stripe widths and plain weave spacing meet design requirements. As there is no fixed weft repeat, development focus should be on warp structure continuity and stripe boundary clarity. Sample confirmation requires verifying that the core leno stripe’s continuous diamond holes are intact to ensure the main visual skeleton’s stability. This structure is suitable for casual shirts, dresses, and children’s wear light garment development.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. is equipped with about 2300 jacquard looms of various sizes and has about 110,000 square meters factory space. It can stably support sample making, development, and mass production of leno weave, jacquard, and multi-arm multi-structure woven fabrics. It supports sample development, structure matching, and batch collaboration to meet diverse customer customization needs.

FAQ (Professional Sourcing Q&A)

What fabric is this?

This is a warp composite leno stripe fabric with a warp composite leno weave structure, featuring continuous diamond openwork stripes, suitable for garment development.

Is the pattern woven?

Yes, the pattern is formed by weaving technology, not printed, with clear structural boundaries, reflecting leno and gauze technology.

What is it suitable for?

It is suitable for casual shirts, dresses, and children’s wear light garment development.

Does it support sample development?

Yes, it supports sample development and structure matching, facilitating customized fabric to meet customer needs.

Is free sample card / sample cutting supported?

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

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

Supports transparent AI pricing; for details, visit https://tp.qifu2023.com.

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

Supports L/C 90 Days payment term; sample development minimum order quantity is 2 meters for convenient sample confirmation.

How to identify warp composite stripe structure?

Structural verification can be done using warp Warp DNA [31:14:7:14] corresponding to wide diamond openwork eyelet matrix, plain weave spacing, and narrow continuous diamond hole stripes.