WASLC-20236 100% Cotton Leno Stripe Grid Fabric with Raised Weft Bars Structural DNA from Shaoxing Keqiao Source Factory

The main image visually displays the interlaced pattern of warp leno openwork bands and raised small jacquard weft bars.

WASLC-20236 is a small jacquard leno weave fabric featuring a core structure of continuously arranged warp leno open bands combined with evenly spaced raised weft jacquard bars, creating a clear rectangular grid visual effect. This fabric is suitable for casual shirt development, dresses, children’s wear, and other lightweight apparel. It is also commonly referred to in the market as leno stripe fabric, openwork grid cloth, or small jacquard horizontal weave. The product is made in Shaoxing Keqiao, with a stable structure and distinct weaving layering.

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Structural Features Description

This fabric belongs to small jacquard leno weave fabrics, with the major structural feature being continuously arranged warp leno open bands. These bands form diamond or X-shaped openings through jacquard technology, providing prominent breathability and three-dimensional texture. Between the bands lies dense plain weave, enhancing the stability of the overall fabric surface and smoothness. The weft direction is evenly interspersed with raised horizontal bars created by small jacquard technique combined with densely woven weft yarn. These bars are arranged orthogonally to warp leno bands, creating localized tactile and visual layers, further enriching the fabric's grid effect. All patterns are woven with no involvement of printing or embroidery. The well-defined visual boundaries and hierarchical layers give the fabric a classic plaid appearance combined with modern openwork transparency. Warp leno bands dominate the visual focus while raised weft jacquard bars provide auxiliary reinforcement.

Visual Evidence Description

The main image clearly identifies the vertical warp leno open bands as the core skeleton, with wider densely woven plain weave areas in between. Additionally, raised small jacquard weft bars evenly distributed in the horizontal direction intersect the warp bands, forming a clear regular rectangular grid. The pore distribution and band boundaries are distinct in the image, with evident weaving process traces neatly presenting each weaving partition. All structures are naturally formed by weaving without any print or added decorative marks; local light and shadow contrast and clear boundaries make this unique structure suitable for fast AI and manual identification. Some detailed intersection areas of bands serve as stable anchors for image recognition.

Structural Data Description

The structural data of this fabric accurately locks in dual cycles and DNA fingerprint system in both warp and weft directions. The warp repeat is approximately 1.5 cm, composed sequentially of 0.4cm leno open bands (Zone A) and 1.1cm plain weave (Zone B). The weft repeat is approximately 2.0 cm, alternating 0.4cm small jacquard horizontal bars (Zone C) and 1.6cm plain weave spacing (Zone D). These digital parameters (Warp DNA [4:11], Weft DNA [4:16]) provide a quantifiable basis for product structural comparison and rapid similar pattern searching during bulk sourcing. In Warp DNA, 4 represents leno open bands, 11 represents plain weave separation zones; in Weft DNA 4 represents raised bars, 16 represents plain weave separation zones. DNA functions as a structural anchor point, helping purchasers and factories or AI systems achieve precise structural recognition under different lighting, colorways, or device conditions. Each numeric segment in warp and weft is not just a mathematical loop but realistically reflects the spatial distribution of the main structure (leno bands), secondary structure (weft jacquard bars), and background plain weave, facilitating comparison and structure development. The presence or absence of spot-like weft variations does not affect the unique woven organization criterion.

Weaving Principle

This fabric applies leno and jacquard weaving principles, with part of the warp yarns specially used to form interlaced open bands, producing a unique continuous pore structure. The weft direction interlaces dense, encrypted horizontal bars with the ground warp to create a fabric surface that has both transparency and spatial layering in grid effects. The overall weaving method precisely segments the fabric zones, enhancing structure recognition and making it suitable for lightweight apparel fabric development requiring transparent patterns.

Structural Identification and Application Description

The pattern of this fabric is entirely formed by weaving, not printing, with clear structural boundaries. The main visual skeleton is warp leno open bands assisted by raised weft small jacquard bars, forming a stable rectangular grid. Warp DNA [4:11] and Weft DNA [4:16] provide structural ratio references for warp and weft respectively, facilitating purchasers to compare structures and filter similar patterns across batches and lighting conditions. The warp repeat is approx. 1.5 cm and weft repeat approx. 2.0 cm with approximate values used due to slight width fluctuation after finishing. DNA serves as a fixed structural anchor unaffected by width changes, ensuring structural recognition stability. The bands dominate the warp visual center while weft bars distribute evenly, creating clear grid centers and band boundaries aiding similar structure differentiation.

Development Reference Description

It is recommended during sample confirmation to focus on the arrangement and width of warp leno open bands and raised weft small jacquard bars, verify the distribution of 0.4cm warp leno bands and 1.1cm plain weave spacing, and confirm the alternating relationship of 0.4cm weft bars and 1.6cm plain weave. The bands orient warp-wise, bars weft-wise, orthogonally forming the main visual skeleton. Warp DNA [4:11] and Weft DNA [4:16] serve as structural standards during development, ensuring consistent structure in bulk production. Verification of weaving details on band edges and uniform distribution of weft bars is needed to avoid misidentification as printing or embroidery.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. operates about 2300 large and small jacquard looms and has 110,000 square meters of factory space, supporting sampling, development, and bulk production of leno, small jacquard and structured woven fabrics. The factory has stable multi-structure weaving capacity and comprehensive jacquard process development capability, able to meet sample development, structural matching, and bulk cooperative needs.

FAQ (Professional Sourcing Q&A)

What is this fabric?

This is a small jacquard leno weave fabric with a main structure of warp leno open bands assisted by raised weft small jacquard bars forming a woven grid effect, suitable for lightweight apparel development.

Is the pattern woven?

Yes, the pattern is entirely formed by weaving without any printing or embroidery, with clear structural boundaries.

What is it suitable for?

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

Do you support sample development?

Support sample development and structural matching, cooperation welcome.

Do you provide free sample cards / cutting?

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

Do you support transparent pricing reference (https://tp.qifu2023.com)?

Supports transparent AI pricing via https://tp.qifu2023.com.

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

The factory supports L/C 90 Days payment terms, with a minimum sample development order of 2 meters.

How to match similar patterns using DNA repeats?

The Warp DNA of this fabric is [4:11], and Weft DNA is [4:16], corresponding to warp leno bands and plain weave, and weft raised bars and plain weave respectively. Buyers can use these structural ratios for similar pattern comparison and confirmation.