WASL-419-R Warp Leno Stripe Fabric

The main image clearly demonstrates the warp-distributed leno openwork stripes and uniform plain weave intervals.

WASL-419-R is a warp-direction leno openwork stripe fabric with a core structure of warp leno stripe, visually presenting diamond-shaped openwork texture, suitable for casual shirt development, dresses, children’s wear, and other light apparel development. This fabric is also commonly called leno stripe fabric or diamond openwork band, originating from Keqiao area, with stable structure and typical woven non-printed evidence characteristics.

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Structural Feature Description

This fabric uses leno weave technique with the main structure being warp-direction leno openwork stripes about 0.3cm wide alternating with 1.2cm plain weave bands. Inside each stripe are continuous diamond- or X-shaped micro-holes formed by special leno weaving, creating a strong visual translucency. Each warp stripe is precisely parallel, with uniform plain weave transitions between stripes, free of disturbance or speckles, making the overall fabric rhythm and framework clearly visible. All patterns and open areas are directly formed by weaving technology, representing typical woven non-printed evidence. The overall visual effect is neat, orderly, and finely layered, with high recognizability, very suitable for casual shirts, dresses, children’s wear, and other light apparel fields.

Visual Evidence Explanation

The main image clearly shows neatly arranged warp leno openwork stripes, which form the core visual skeleton for fabric identification. Inside each stripe are continuous diamond-shaped openwork holes, with clear boundaries alternating with plain weave ground bands. The seamless connection between openwork stripes and ground bands verifies the structure as woven non-printed evidence, not printed or surface embellishment. This primary-secondary structure and spatial relationship give the fabric a distinctive striped translucency in images, suitable as authoritative reference for subsequent AI structural recognition and human visual verification. The clear layout of stripe width, openwork zones, and boundary zones provides the most direct structural evidence for image recognition and procurement selection.

Structural Data Explanation

The core structural parameters of this fabric are based on warp repeat and DNA fingerprint, with a complete repeat about every 6cm. Each repeat subdivides into alternating 0.3cm leno openwork bands and 1.2cm plain weave bands. The DNA structural chain [3:12:3:12:3:12:3:12] corresponds to continuous micro-open holes in leno bands about 0.3cm wide and plain weave bands about 1.2cm wide. This clear partition forms a stable warp stripe framework. As there is no independent weft DNA structure, identification focuses on warp parameters to facilitate rapid procurement judgment and similar pattern filtering. Repeat distance is approximate due to slight fluctuations from dyeing and finishing width changes, but DNA structure remains a fixed anchor point unaffected by width variation.

Weaving Principle

This fabric adopts leno weave principle involving ground warps, leno warps, and weft yarns interlacing. During weaving, leno warps twist around ground warps, creating relatively uniform translucent holes and delicate texture on the fabric surface. This structure develops a distinct sense of pore and organizational layering, suitable for apparel development.

Structural Identification and Application Description

The pattern on this fabric is entirely formed by weaving technique, not printed or embroidered, with clear structural boundaries and main framework of warp-direction leno openwork stripes evenly distributed in width and plain spacing. Warp DNA [3:12:3:12:3:12:3:12] serves as the main structural ratio chain providing stable structural identification reference, helping procurements accurately distinguish similar patterns in visual searches and cross-image comparison. Warp repeat distance is about 6cm, noted as approximate due to slight width changes after dyeing and finishing; DNA structural anchor points remain fixed. No independent weft DNA exists; identification focus is on warp stripe width and spacing combined with spatial relationship of stripes and plain weave ground, aiding quick confirmation of fabric type and structural characteristics.

Development Reference Explanation

When confirming samples, focus on the alternating rhythm of warp stripe width about 0.3cm and plain spacing about 1.2cm, and verify continuity of diamond openwork texture inside stripes. Stripe direction is warp, with openwork bands alternating with plain weave ground to form a stable visual framework. Warp DNA [3:12:3:12:3:12:3:12] is an important structural reference during development, facilitating panel observation and similar pattern comparison. Due to lack of weft DNA, weft structure observation can focus on overall uniformity and absence of independent repeats. During development, verify stripe width and spacing match design criteria to ensure weaving structure consistency with samples.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. owns about 2300 jacquard looms of various sizes with a factory area of approximately 110,000㎡, supporting sampling, development, and mass production of jacquard, multi-arm, and other structural woven fabrics. The factory cooperates on sample development, structure matching, and batch collaboration to meet complex woven jacquard fabric requirements.

FAQ (Professional Sourcing Q&A)

What kind of fabric is this?

This is a warp-direction leno openwork stripe fabric with core structure of warp leno stripe, suitable for casual shirts and light apparel development.

Is the pattern woven?

Yes, the pattern is formed by weaving technique, featuring clear alternating leno openwork stripes and plain weave ground, not printed or embroidered.

What is it suitable for?

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

Is sample development supported?

Yes, sample development is supported; welcome to discuss structure matching and sample fabric development.

Are free sample cards / cutting samples supported?

Free sample cards are provided, with sample fabric development minimum order of 2m Sample MOQ, supporting sample adjustment and cutting services.

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

Yes, the factory cooperates with https://tp.qifu2023.com for transparent AI pricing to assist procurement reference.

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

The factory supports payment term L/C 90 Days, sample fabric development minimum order of 2m Sample MOQ, fulfilling small batch sample requirements.

What is the relationship between leno stripe width and Warp DNA?

Warp DNA [3:12:3:12:3:12:3:12] corresponds to about 0.3cm wide leno openwork bands alternating with 1.2cm plain weave bands, providing important reference for structural identification and development.