WGCE-25001 Fil-coupé Jacquard Stripe Fabric 100% Cotton 95 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main image clearly shows the structure composed of alternating vertical cut-yarn bands and wavy stripes, facilitating recognition of its unique weaving features.

WGCE-25001 is a fil-coupé jacquard stripe fabric, with the main visual featuring vertically arranged cut-yarn bands, suitable for casual shirts, dresses, and kidswear development. This fabric is also commonly known as fil-coupé jacquard stripe or cut-yarn band, produced in Keqiao, China, meeting the demands of premium apparel such as European vintage dresses.

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Structure Feature Description

This item uses a typical fil-coupé technique, where the fabric structure is formed by precise weaving technology creating regular vertical cut-yarn bands, accompanied by wavy stripes enhancing the three-dimensional layers and visual rhythm. The cut-yarn bands are created by weaving floating yarns then precisely clipped mechanically or manually; edges are clear, with distinct layers. Fine floating yarn textures are observable, effectively enriching the surface feel. All textures and patterns originate from weaving, not printing overlay, ensuring visual stability and unique structural fingerprint for each group of bands and cut-yarn areas.

Visual Evidence Description

This pattern clearly displays a weaving framework dominated by vertical cut-yarn bands, each band with distinct raised texture, precisely aligned along the same warp direction. The wavy alternating bands serve as secondary evidence, enhancing fabric layering and detail recognition. The fabric pattern is entirely woven, with floating yarn clipping providing dimensionality and clear boundaries with the base weave, with no printing traces. The main image shows very high clarity of cut-yarn bands, stripes, and repeat rhythm, ideal for structure-level recognition and comparison visual anchors.

Structure Data Description

The core structural parameters of this product are an approximate warp repeat of 3.8 cm, with a warp feature sequence of 0.4/1.4/0.7/1.3 cm, corresponding to Structural DNA: [4:14:7:13]. All parameters are manually measured approximations, mainly reflecting rhythmic distinctions between warp repeat units, useful for quick positioning and screening of similar patterns. This DNA numeric chain forms the fabric's structural fingerprint, a crucial anchor point in subsequent structure comparison, image recognition, and bulk purchasing. No specific weft repeat period is set, emphasizing warp structure zones. Repeat distances are approximate due to slight fluctuations caused by width changes after dyeing and finishing; however, Structural DNA remains fixed.

Weaving Principle

This type of fabric usually starts by creating partial floating yarns on jacquard or base fabric, then mechanically or manually clipping the floating yarn areas, producing more obvious three-dimensional layers and surface texture. Commonly divided into warp-direction cut-yarn and weft-direction cut-yarn, with the latter often requiring stricter process control. The treated fabric surface may present subtle fuzz and decorative effects, suitable for spring and summer kidswear, skirts, short sleeves, and other light apparel development.

Structure Identification and Application Description

The pattern of this fabric is entirely from weaving, not printing overlay, with clear structure boundaries, especially the zoning between vertical cut-yarn bands and wavy stripes. Structural DNA [4:14:7:13] reflects proportion relationships and rhythm differences between zones, serving as key fixed structural reference in purchasing and visual search. The warp repeat is approximately 3.8 cm; because of slight variation caused by width changes after dyeing, "approx." is used, and no fixed weft repeat is set. Width changes do not affect the fixed Structural DNA, ensuring stable structural recognition across batches and dyeing conditions. This type of fabric is also called fil-coupé stripe or cut-yarn band, suitable for apparel development.

Development Reference Description

It is recommended to focus on observing the vertical cut-yarn bands’ arrangement direction and the alternating relationship with wavy stripes when confirming samples, ensuring clear band edges and floating yarn clipping effects. Structural DNA [4:14:7:13] can be used as a reference standard for pattern comparison, assisting structure matching during design and development. The band direction is vertical, with vertical cut-yarn bands as the main visual framework, facilitating alignment and structural adjustments during development.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. owns approximately 2300 jacquard machines of various sizes, with a plant area of about 110,000 m², supporting sampling, development, and bulk production of jacquard, multi-arm, and other structural woven fabrics to meet sample development and sample matching needs.

FAQ (Professional Procurement Q&A)

What kind of fabric is this?

This is a fil-coupé jacquard stripe fabric featuring vertical cut-yarn bands as the main visual, suitable for apparel development.

Is the pattern woven?

Yes, the pattern is entirely formed by weaving; cut-yarn bands are woven floating yarns that are then clipped, not printed overlays.

What are the suitable applications?

Suitable for casual shirts, dresses, kidswear, and European vintage dresses development.

Is sample development supported?

Supports sample development and structure matching, cooperation welcome.

Are free sample cards or cutting samples provided?

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

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

Supports transparent AI-based pricing and price reference via https://tp.qifu2023.com.

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

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

How to identify the cut-yarn structure?

The cut-yarn structure forms three-dimensional bands by clipping floating warp yarns with clear edges and distinct layers, visually distinct from the base weave.