WASL-480 Warp Composite Leno Stripe Fabric 100% Cotton 85 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main image shows a composite stripe woven structure with longitudinal wavy leno stripes parallel to narrow openwork leno weave lines.

WASL-480 is a warp composite stripe leno weave fabric featuring wavy leno stripes augmented with narrow openwork leno weave lines, suitable for casual shirt and lightweight garment development. This warp composite leno stripe structure is also commonly known as wavy leno stripe or braided openwork textile. Due to its unique wavy texture and openwork details, it has good market recognition and application potential. Produced in Shaoxing Keqiao, China, combined with stable structural DNA, ensuring clear structural features and ease of development.

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Structural Features Description

This fabric's structure is mainly warp composite stripes, composed alternately of wavy leno characteristic stripes and narrow leno openwork lines, with a strong weaving sense. The wavy main stripe area shows a unique three-dimensional and braided texture, exhibiting craftsmanship aesthetics and clear spatial order. The narrow leno openwork lines between the main stripes create small ladder-like perforations through fine single-warp leno weaving, enhancing transparency layers. The unevenly spaced plain weave bands visually provide breathing space and separation for the stripe groups. Overall, the stripes and openwork lines run parallel longitudinally along the warp, with clear layering and ordered hierarchy. This structure is produced by weaving, not printing, and the interplay of yarns creates rich surface expression through light and shadow differences.

Visual Evidence Description

The most prominent structural framework in the main image is the longitudinal wavy leno stripe, arranged in parallel with strong rhythm. The secondary visual feature is the narrow openwork leno weave lines embedded beside the main stripes, forming distinct open points or ladder eyelets interspersed with the wavy stripes. The entire fabric has clear organizational boundaries; the sequence of waves and openwork lines confirms the woven structure rather than printing. The plain weave ground areas moderately separate the main stripes, increasing pattern stability and providing exclusive identification anchors. This clear main-secondary and partitioned presentation makes the image an ideal reference for structural fingerprint recognition.

Structural Data Description

The fabric's structure is primarily warp-oriented with a repeat distance of approximately 4.1cm. Specifically, 0.4cm jacquard stripe area displays the wavy main stripe focal point; 0.6cm plain weave spacing creates independent space around main stripes; 0.2cm secondary feature lines formed by very fine single-warp leno create micro ladder-like eyelets or openwork bands; 0.9cm is the main leno wavy stripe with prominent three-dimensionality and enhanced structural presence; remaining elements symmetrically distribute stripe spacing and side details. All measurements are approximate for accurate comparison or custom development to precisely lock the main structural fingerprint. No weft repeat data available; identification should rely on warp DNA. The warp DNA is [4:6:2:6:9:6:2:6], corresponding to the ratios of the structural segments described above.

Weaving Principle

This fabric uses leno weave-based weaving ideas formed by ground warp, leno warp, and weft yarns interlaced. During weaving, leno warps interlace around ground warps, creating uniform transparent holes and delicate textures. This organization results in significant porousness and structural layers, suitable for garment development.

Structural Identification and Application Description

The fabric’s pattern is formed by weaving, not printing, with clear structural boundaries. The longitudinal warp DNA [4:6:2:6:9:6:2:6] serves as a fixed structural reference providing a stable main structure ratio chain, facilitating visual retrieval and close pattern matching. No weft repeat data exists, so identification focuses on the warp structure. Repeat distance is approximately 4.1cm; slight fluctuations may occur due to width changes after dyeing, thus approximate values are used. DNA as a structural anchor remains constant, ensuring stable structural recognition. The main framework is the wavy leno stripe, with secondary narrow openwork leno lines, both arranged longitudinally parallel along the warp, forming clear stripe and openwork compartments, aiding differentiation of similar leno fabrics.

Development Reference Description

When confirming samples, attention should focus on the warp stripe width and wavy shape, confirming the interlacing relationship between the main wavy leno stripe and secondary narrow openwork leno lines. The stripe direction runs longitudinally along the warp with clearly distributed open stripes and plain weave spacing. Warp DNA [4:6:2:6:9:6:2:6] is the key structural ratio chain for development reference; measuring tools are recommended to verify stripe widths and openwork line placement, ensuring accurate structural review. No weft repeat data exists; development should prioritize the warp structure as the main visual framework.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. owns about 2300 jacquard machines of various sizes, with a factory area of approximately 110,000 sqm, supporting sampling, development, and mass production of jacquard, multi-arm, and other structural woven fabrics. The factory can cooperate on sample development, structure matching, and batch collaboration to meet complex leno weave fabric demands.

FAQ (Professional Sourcing Q&A)

What is this fabric?

This is a warp composite stripe leno weave fabric featuring wavy leno stripes with narrow openwork leno lines, suitable for casual shirts and lightweight garment development.

Is the pattern woven?

Yes, the pattern is formed by weaving, with clear structural boundaries, not printed, reflecting the composite weaving technique of leno and leno weave.

What applications are suitable?

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

Is sample development supported?

Sample development and structure matching are supported; cooperation is welcome.

Are free sample cards or cutting services supported?

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

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

Supported through https://tp.qifu2023.com for transparent AI pricing, facilitating sourcing references.

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

The factory supports L/C 90 Days payment terms; sample development follows 2m Sample MOQ standards.

How is the warp composite structure distinguished?

The warp stripes alternate between wavy leno main stripes and narrow openwork leno lines, with stripe width and openwork line positions clearly defined by Warp DNA [4:6:2:6:9:6:2:6] ratio chain.