WGCE-25045-1 Fil-coupé Jacquard Stripe Fabric 100% Cotton 80 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main image clearly shows the longitudinal stripe framework and the alternating fil-coupé dots and ladder jacquard on the fabric surface.

WGCE-25045-1 is a fil-coupé jacquard stripe fabric using fil-coupé structure. The main framework consists of regular warp-direction stripes, complemented by fil-coupé dots and ladder openwork jacquard at stripe edges, creating rich layers. This fabric is suitable for shirt and dress garment development. It is commonly known in the market as fil-coupé stripe fabric or ladder pattern jacquard, made in Shaoxing Keqiao, featuring stable woven structure and clear visual characteristics.

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Structural Features Explanation

This fil-coupé jacquard stripe fabric primarily features a main framework of longitudinal regularly parallel stripes, where stripe regions form distinct three-dimensional layers through jacquard and fil-coupé techniques. Fil-coupé dot units and ladder jacquard structures are vertically alternating on both sides of the stripes, with plain weave background forming a clear rectangular grid. The stripe width and ladder organization layout provide a steady and rhythmic overall surface, with openwork and dense weave areas alternating clearly, reflecting woven feature instead of printing.

Visual Evidence Explanation

The image shows the dominant visual longitudinal parallel stripe framework, with fil-coupé dot units and ladder jacquard alternately arranged along stripe edges, creating rhythmic local decoration. All visual details arise from woven structural changes with no printing traces. The boundaries between hole areas and dense weave areas, ladder organization edges are clear, and the separation between stripes and ground weave is distinct, suitable for structural identification and image comparison.

Structural Data Explanation

The warp repeat of this fabric is approximately 6 cm, corresponding to Warp DNA [11:17:15:17], representing fine fil-coupé stripe width, plain weave spacing, wide stripe area (including fil-coupé dots and ladder jacquard), and another plain weave spacing, accurately dividing different framework zones. The weft repeat is about 2.4 cm, Weft DNA is [6:6:6:6], reflecting fil-coupé dot unit vertical height, spacing between fil-coupé dots and ladder organization, ladder jacquard height, and repeat transition interval. Repeat distances are approximate due to slight float after dyeing and finishing width change, but DNA chains are fixed structural anchors ensuring stability and consistency of recognition.

Weaving Principle

This fabric first forms partial floating yarns on base fabric or jacquard ground. Then mechanical or manual cutting of floating yarn areas creates obvious three-dimensional layering and texture. The warp-direction fil-coupé design displays stripes, fil-coupé dots, and ladder structures separately. Some areas have openwork features, achieving clear visual layering suitable for garment development requiring three-dimensional decoration or localized transparency effects.

Structure Identification and Application Explanation

The pattern of this fabric entirely arises from woven structure variation, with no printing, and clear structural boundaries. Warp DNA [11:17:15:17] provides warp-direction structural ratio chain; Weft DNA [6:6:6:6] corresponds to weft-direction structural ratio chain. Both serve as fixed references for main stripe width and fil-coupé dot height. Repeat distances use approximate values due to width changes after dyeing and finishing, but DNA chains are unchanged ensuring stable structure recognition. The spatial relationships between stripes, fil-coupé dots, and ladder organization help distinguish similar patterns, facilitating visual retrieval and cross-image comparison for sourcing and development teams.

Development Reference Explanation

When confirming samples, focus on the proportion of warp stripe width to plain weave spacing, verifying if fil-coupé dots are at stripe edges and their vertical height. In the weft direction, verify spacing and height between fil-coupé dots and ladder organization to ensure Weft DNA [6:6:6:6] stability. Stripes are the main visual framework; fil-coupé dots and ladder organization are secondary structures. Attention is needed on connection of stripes with openwork areas and overall repeat rhythm during development.

Manufacturing Support

Zhejiang Zhongcai Light Textile Co., Ltd. owns about 2300 large and medium-sized jacquard machines, capable of sample making, development, and mass production of jacquard, fil-coupé and various structural fabrics. It supports different weaving plans and cycle requirements, providing stable manufacturing guarantees for new product development and bulk orders.

FAQ (Professional Sourcing Q&A)

What is this fabric?

This is a fil-coupé jacquard stripe fabric using fil-coupé structure, featuring warp stripes and fil-coupé dots plus ladder openwork jacquard structures on stripe edges.

Is the pattern woven?

Yes, the pattern fully originates from woven structural variation with no printing, and clear structural boundaries.

What is it suitable for?

Suitable for development of shirts, dresses, and other garments; specific end uses can be confirmed per development needs.

Do you support sample development?

Yes, sample development and structure matching are supported, cooperation is welcome.

Do you offer free sample cards / cutting samples?

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

Do you support transparent price referencing (https://tp.qifu2023.com)?

Transparent AI pricing is supported, details at: https://tp.qifu2023.com.

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

L/C 90 Days payment term is supported; minimum order quantity for sample fabric development is 2 meters.

What is the difference between warp and weft DNA?

Warp DNA [11:17:15:17] reflects stripe width and plain weave spacing; weft DNA [6:6:6:6] reflects fil-coupé dot height and ladder organization spacing, serving as fixed references for structure identification in different directions.