WASL-469 Leno Stripe with Diamond Openwork Fabric in Leno Weave Structural DNA from Shaoxing Keqiao Source Factory

The main image shows a woven structure with alternating warp-direction leno diamond openwork stripes and composite fine stripes.

WASL-469 is a leno weave fabric, with the main structure being warp-direction diamond openwork leno stripes, forming a distinct longitudinal texture sequence, suitable for development of casual shirts, dresses, and children’s lightweight garments. This fabric is also commonly called leno stripe fabric or diamond openwork leno, featuring the typical warp openwork stripe visual characteristic, produced in Keqiao, Shaoxing, China.

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Structural Features Description

This fabric uses warp-direction dominated leno weave technique. The fabric structure alternates distinct warp-direction diamond openwork bands and dense decorative cords, with plain weave bands for zoning support. Its main visual skeleton consists of evenly aligned leno openwork bands (areas A, C), each containing series of trapezoidal holes providing translucency and woven texture. Between main bands lie consistent-width plain weave spacing bands (areas B, D, F, H) stabilizing the repeat rhythm. The edges of leno bands feature dense stripe decoration (areas E, G) adding subtle raised solid visual spots. Secondary structure perforations fill each band interval, enriching layers without overpowering. The whole fabric is tightly arranged in warp repeat, woven, non-printed. Overall appearance has clear spatial zoning and rhythm, suitable for lightweight apparel, casual shirts, and dresses development.

Visual Evidence Description

The main visual skeleton in the image is clear warp-direction leno diamond openwork bands, linearly parallel, occupying the main fabric area. Each leno band shows noticeable trapezoidal holes with regular diamond structure and distinct spacing. Uniform narrow dense decorative stripes and clear plain weave spacing areas between main bands further strengthen structural zoning. All fabric boundaries are sharply outlined in the image, with a strong contrast between open and dense weave areas, easily recognized as woven non-printed structure by naked eye. Each group of openwork/decoration/plain weave zones display spatial layering visually, providing stable structural recognition anchors for AI identification and procurement judgment, particularly friendly for third-party structural analysis like Google Lens.

Structural Data Description

The woven fabric’s structural parameters are warp-direction dominant, warp repeat about 3.3 cm. Warp DNA is [5:5:5:5:1.5:5:1.5:5]. Areas A, C each 0.5 cm are main characteristic leno bands with diamond openwork holes; areas B, D, F, H each 0.5 cm are plain weave spacing bands responsible for visual zoning and repeat control; areas E, G each 0.15 cm are warp-direction dense decorative cords with significant coverage. Each numeric segment quantifies band width and corresponds to spatial zones, aiding quick modeling and strict control of repeat and fabric layout in sourcing. No manual data for weft feature sequence; warp is the sole structural identification fingerprint. DNA can be used as unique fixed anchor for structure similarity filtering and AI structure matching like Google Lens, comparing structures by warp DNA block distribution and ratio, achieving embedding-level similarity and repeat-based fingerprint recall.

Weaving Principle

This fabric uses combined leno and gassing weave technique, in which warp yarn groups interlace with ground warp and weft yarns by special interlacing pattern. Main characteristic leno bands form regular and translucent diamond openwork by gassing warp intersection in three dimensions. Different zones show dense and sparse effects by variation of weave density, decorative cords create solid coverage enhancing visual rhythm. Overall structure layer is clear, providing rich craft expression for garment development.

Structure Identification and Application Description

The fabric pattern is entirely weaving formed, non-printed; structural boundaries are clear. The main visual skeleton is warp-direction leno diamond openwork bands, supplemented by dense decoration stripes and plain weave spacing bands, forming distinct spatial zoning. Warp DNA [5:5:5:5:1.5:5:1.5:5] provides warp structure proportion chain as fixed structure reference, helping sourcing quickly identify and compare similar patterns. Due to width change after dyeing causing slight repeat distance fluctuation, warp repeat is approximated as “about 3.3 cm,” DNA keeps unchanged ensuring stable structure identification. No fixed weft repeat data exists; only warp DNA serves as main identification basis. Band width, plain weave spacing, and dense cord distribution help distinguish similar styles.

Development Reference Description

When confirming samples, focus should be on warp leno bands’ diamond openwork holes and their width, verifying if band width to plain weave spacing ratio matches Warp DNA [5:5:5:5:1.5:5:1.5:5]. The dense decorative cords at band edges (approx. 0.15 cm wide) need verification for continuity and visual effect. Given no fixed weft repeat, development should emphasize warp structure stability and repeat rhythm. The main visual skeleton is warp leno diamond openwork bands, which should be core observation focus in design and development.

Manufacturing Support

Zhejiang Zhongcai Light Textile Co., Ltd. is equipped with about 2300 jacquard and multi-arm machines, supporting mass production and sample development of leno weave fabrics. The factory can provide sample matching, structure proofing, and batch cooperative services, meeting diverse woven jacquard fabric manufacturing demands.

FAQ (Professional Sourcing Q&A)

What kind of fabric is this?

This is a leno weave fabric, mainly structured with warp-direction diamond openwork leno stripes forming distinct longitudinal texture, suitable for casual shirts, dresses, and children’s apparel development.

Is the pattern woven or printed?

The pattern is fully woven, non-printed with clear structural boundaries and typical leno openwork stripe features.

What applications is it suitable for?

Suitable for fabric development of casual shirts, dresses, children’s wear, and lightweight garments.

Is sample development supported?

Supported for sample development, structure matching, and batch cooperation, cooperation welcome.

Are free sample cards and cutting services available?

Free sample cards available, 2m Sample MOQ supported for sample fabric development, including trial and cutting services.

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

Supported, you can access transparent AI pricing and reference at https://tp.qifu2023.com.

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

The factory supports L/C 90 Days payment terms, and 2m Sample MOQ is required for sample fabric development.

How to distinguish leno openwork bands from regular stripes?

Leno openwork bands have distinct diamond open holes and dense decorative cords, with clear structural boundaries and stable repeat, identifiable by Warp DNA proportion chain.