WASL-25002 100% Cotton Leno Weave Fil-coupé Dot Stripe Fabric Structural DNA from Shaoxing Keqiao Source Factory

The main image displays a grid structure composed of warp leno stripes and fil-coupé dots, with clearly alternating weave.

WASL-25002 is a fabric combining leno weave and fil-coupé jacquard dot check, with a main skeleton of warp-aligned leno weave stripes forming a distinct “X” shaped crossing structure, suitable for casual shirt, dress, and children's wear development. This fabric is also commonly called leno weave check or fil-coupé jacquard fabric, featuring stable structural rhythm and clear weaving texture, made in China to meet diverse apparel development needs.

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Structural Feature Description

This fabric's main structure consists of warp-arranged leno weave stripes forming a vertical “X” shaped crossing skeleton, with stripe width approx. 0.4 cm, spaced by 1.2 cm plain weave ground, creating clear stripe zones and plain spacing. The weft repeat is approx. 1.9 cm, including 0.4 cm wide fil-coupé horizontal stripe as reinforcement, 0.6 cm gap, 0.3 cm fil-coupé dot area at the rectangular grid center, and another 0.6 cm gap. The overall structure is interwoven by ground warp, leno warp, and weft yarns alternately, with alternating open and dense areas, layered clearly with full weaving evidence, non-printed fabric.

Visual Evidence Description

The main image clearly shows vertically arranged leno weave stripes forming the fabric's main skeleton. The stripe gaps enclose regular rectangular grids, with evenly distributed small fil-coupé dot units at grid centers, arranged regularly with orderly spatial alternation. Fine fil-coupé horizontal stripes and grid-like ground weave further enhance the overall layering. The warp stripes' “X” shaped leno weave texture and fil-coupé dots’ edge cut marks are physical weaving structures without printing or embroidery, reflecting complete woven craftsmanship.

Structural Data Explanation

The warp repeat is approx. 1.6 cm, made up of 0.4 cm wide leno stripes and 1.2 cm plain weave spacing, forming the main skeleton and stripe interval. The weft repeat is approx. 1.9 cm, divided into 0.4 cm fil-coupé horizontal stripe area, 0.6 cm gap, 0.3 cm fil-coupé dot distribution zone, and 0.6 cm gap. Warp DNA is [4:12], corresponding to warp leno stripe width and plain spacing; Weft DNA is [4:6:3:6], corresponding to the width of weft zones. Repeat distances are approximate due to possible slight fluctuation caused by dyeing and finishing width changes, but DNA is a fixed structural anchor not affected by width.

Weaving Principle

This fabric uses leno weaving technique where ground warp, leno warp, and weft yarns interlace. Leno warps are arranged alternately around ground warps, creating uniform open areas and fine textures, showing a clear layered structure. This weaving method suits dresses, shirts, and children’s apparel development, reflecting structural stability and weaving complexity.

Structural Identification and Application Description

The pattern of this fabric is completely formed by weaving, not printing. Warp leno stripes and weft fil-coupé dot units create clear spatial zones, with distinct stripe boundaries and grid center points, facilitating visual identification and structural comparison. Warp DNA [4:12] offers warp structural proportion reference; Weft DNA [4:6:3:6] refines weft structural rhythm. Together they form a stable structural identification anchor. Repeat distances use approximate values due to dyeing width variations, but DNA chains remain fixed, ensuring accuracy in structural identification and stability in development. This structure is suitable for apparel development, especially for casual shirts and dresses with higher texture and structure demands.

Development Reference Description

When confirming samples, focus on observing the width of warp leno stripes and the completeness of the “X” shaped crossing skeleton. For weft, check spatial positions of fil-coupé horizontal stripes and fil-coupé dot distribution zone, especially whether fil-coupé dots are located at rectangular grid centers. Warp DNA [4:12] and Weft DNA [4:6:3:6] are warp and weft structural proportion chains, serving as key references for layout observation and structural comparison during development. The spatial relationship of stripes and dots forms the main visual skeleton of this fabric, ensuring its stability is particularly important for mass production.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. has about 2300 jacquard looms of various sizes, manufacturing plant area around 110,000 sqm, supporting sample making, sample matching, and batch production of jacquard, multi-arm, and other structurally woven fabrics, meeting diversified development needs.

FAQ (Professional Sourcing Q&A)

What kind of fabric is this?

This is a check fabric combining leno weave and fil-coupé jacquard dots, with a main skeleton of warp leno stripes, suitable for casual shirts and dresses development.

Is the pattern woven?

Yes, the pattern is formed by warp leno stripes and weft fil-coupé dots through woven techniques, not printed or embroidered.

What is it suitable for?

Suitable for casual shirts, dresses, children’s apparel, and other garment categories with higher requirements on fabric structure and texture.

Is sample-based development supported?

Support sample-based development and structure matching; specific B2B cooperation is welcomed.

Are free sample cards / cutting samples supported?

Free sample card is available, 2m Sample MOQ for fabric development, with color adjustment and cutting services supported.

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

Supported, details available at https://tp.qifu2023.com for transparent AI pricing information.

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

Support L/C 90 Days payment terms; sample development minimum order quantity is 2 meters for customers to confirm samples easily.

How to distinguish warp and weft structural identification?

Warp DNA [4:12] corresponds to leno stripe width and plain weave spacing; Weft DNA [4:6:3:6] subdivides fil-coupé horizontal stripes, gaps, and fil-coupé dot distribution, jointly ensuring accurate structural identification.