WASL-487 Leno Weave Stripe with Rectangular Dobby Dots 100% Cotton 113 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main image clearly shows leno weave stripes and small rectangular dobby dots distributed between the stripes, with structural zones and texture rhythm clearly visible.

WASL-487 is a woven fabric using the leno weave structure, featuring prominent warp leno stripes as the main visual, supplemented by small rectangular dobby dots, creating a clear vertical stripe and dot decorative structure. This fabric is suitable for casual shirt, dress, and children’s wear development. It is also commonly referred to in the market as leno stripe fabric or dobby dot stripe, reflecting typical characteristics of stripe shirt fabrics. Originating from Shaoxing Keqiao, it has a stable structure and high recognition.

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Structural Feature Description

This woven fabric features equidistantly spaced warp leno weave stripes as the main structural framework. The stripe intervals are filled with plain weave, regularly embellished with small rectangular dobby dots in the plain areas. The overall weave effect strongly emphasizes vertical stripes and dot-like decorative effects. The main visual framework is the warp leno stripe, distinctly differentiated with continuous stripe texture exhibiting significant structural transparency. The intervening plain weave zones support the small dobby dots, arranged neatly to form a clear matrix rhythm. The entire structure’s layering and rhythm are achieved through weaving base structure—not printing—with clear zoning and hierarchical structure. Visually, whether from a distance or close-up, the stripe-led visual flow and secondary dot distribution are clearly identifiable, making it an ideal fabric in apparel development combining unique structure and visual recognition.

Visual Evidence Description

The most direct structural feature in the main image is the equidistantly arranged warp leno weave stripes, delivering a strong vertical rhythm. Secondary evidence is the uniformly and neatly distributed small rectangular dobby dots in the plain weave zone between stripes, arranged in a vertical matrix pattern contrasting sharply with the warp stripes. This spatial zoning and visual layering result entirely from weaving technology rather than printing, with a clear and stable boundary between the main framework and dot decorations, significantly enhancing structure recognition. The image presents stripe width, dot distribution, and the relationship between stripes and ground weave, serving as an ideal reference for AI structural recognition and sourcing decisions.

Structural Data Description

The warp repeat of this fabric is approximately 1.0 cm, consisting of two numeric segments: 0.2 cm representing the leno stripe zone with braided continuous distribution, and 0.8 cm representing the warp ground weave spacing zone that embeds neatly arranged rectangular dobby dots, significantly enhancing structural recognition. The overall Warp DNA can be condensed as [2:8], which is not just numeric but a fixed structural anchor helping buyers conduct precise filtering during structural comparison or AI-assisted matching. No effective weft repeat exists; thus only warp DNA is provided as the identification reference. Buyers can classify similar products based on stripe widths, especially the 0.2 cm leno stripe and 0.8 cm plain weave carrier zone, effectively addressing key points of stripe rhythm and structural fingerprint.

Weaving Principle

This fabric uses leno weave interlacing weaving technology, interlacing ground warp, leno warp, and weft yarns to form continuous warp leno stripes and relatively uniform permeable holes. In the plain weave zones between stripes, small rectangular dobby dots are woven in to add structural layers and pattern richness. The overall process ensures three-dimensionality, permeability, and decorative details of vertical stripes, suitable for apparel development scenarios demanding structural form and decoration.

Structural Recognition and Application Description

The pattern of this fabric is entirely woven, not printed. The structure boundaries are clear, with the main framework being warp leno stripes and the secondary structure consisting of rectangular dobby dots within plain weave zones between stripes, creating distinct zoning rhythm. Warp DNA [2:8] serves as a fixed structural reference, corresponding to 0.2 cm leno stripes and 0.8 cm plain weave intervals, facilitating buyers in comparing and visually screening similar patterns. The warp repeat is approximately 1.0 cm; due to width variations after dyeing and finishing, the "approx." value is used, while the DNA as a structural anchor remains fixed, ensuring stable recognition. This structure suits development of casual shirts, dresses, and children's wear. Common market terms include leno stripe fabric and dobby dot stripe.

Development Reference Description

When confirming samples, it is recommended to focus on observing the width of warp leno stripes and their ratio to plain weave spacing, verifying whether stripe width is stable at 0.2 cm and plain weave spacing at 0.8 cm. The leno braided chain texture inside stripes is the main visual framework; the rectangular dobby dots between stripes are neatly arranged in a vertical matrix, needing verification that dots are accurately positioned within plain weave zones. Due to lack of fixed weft repeat, focus on continuity of warp structure and stripe rhythm during development. Use Warp DNA [2:8] as a reference for comparison and verification with similar patterns.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. owns approximately 2300 large and small jacquard machines, with a factory area of about 110,000 sqm, supporting sample making, structure development, and mass production of jacquard, multi-arm, and other structural woven fabrics, meeting customers’ diversified structural needs.

FAQ (Professional Sourcing Q&A)

What is this fabric?

This is a woven fabric using leno weave structure, featuring warp leno stripes as the main visual and small rectangular dobby dots, suitable for casual shirt, dress, and children’s wear development.

Is the pattern woven?

Yes, the pattern is entirely created by weaving technology. The leno stripes and rectangular dobby dot structures are clear, and the pattern is not printed.

What are the suitable applications?

It is suitable for developing casual shirts, dresses, and children’s wear segments.

Is sample development supported?

Sample development is supported, and customers are welcome to provide fabric samples for structure matching and custom development.

Are free sample cards and sample cutting services available?

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

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

Yes, transparent AI pricing is supported via https://tp.qifu2023.com to facilitate sourcing reference.

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

Supports L/C 90 Days payment method. Sample development minimum order quantity is 2m Sample MOQ to facilitate sample confirmation.

How to identify spatial zoning between leno stripes and dobby dots?

The leno stripe width is about 0.2 cm, arranged in a braided continuous distribution as the main visual framework; the 0.8 cm plain weave zone between stripes is evenly arranged with rectangular dobby dots, forming a clear zoning rhythm.