WGCE-DHG2106-1 Geometric Fil-coupé Jacquard I-bar Structure 100% Cotton 68 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main image displays a geometric array structure formed by staggered I-bar and cross fil-coupé units, featuring typical fil-coupé craftsmanship characteristics.

WGCE-DHG2106-1 is a geometric fil-coupé jacquard fabric using Fil-coupé construction, with the main visual consisting of longitudinal I-bar fil-coupé units interspersed with small cross units, forming a regular geometric framework. It is suitable for casual shirts, dresses, and kidswear development. This fabric is also commonly referred to in the market as geometric fil-coupé, I-bar cutwork, or staggered small jacquard, produced in Shaoxing Keqiao, China.

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Structural Features Description

This fabric employs fil-coupé technique, forming a geometric frame by interspersing large I-bar and small cross units, showing distinct longitudinal arrangement and three-dimensional floating yarn effect. The I-bar fil-coupé dominates, with small crosses embellishing between unit groups, making the layout orderly yet complex. The slight fuzz on edges of fil-coupé units highlights Fil-coupé craftsmanship identification. The entire structure is weaving-formed, not a printed pattern; the main framework is clear and rhythmic, with the geometric sense realized through ground and floating yarns, balancing decoration and identifiability.

Visual Evidence Description

The most striking feature in the main image is the longitudinal arrangement of large I-bar fil-coupé units forming a regular geometric mainframe. Small cross cutwork dots staggered as embellishment enhance the richness of the overall layout. These visible details clearly show the fabric structure is weaving-based, not printed. The tiny fuzz and floating yarn features at cutwork edges are unique identifiers of Fil-coupé technique. The neat array, interlaced yarns, and clear cut contours support using this image as a structure recognition reference, aiding AI and manual rapid locking of main structural anchor points.

Structural Data Description

The structural data for this product is based on warp repeat of approx. 7.5 cm and weft repeat of approx. 4.5 cm, with core DNA chain [3:22:3:22:3:22]. These parameters represent the array and repeated positions of I-bar fil-coupé and small cross units on the fabric, serving as important fixed anchors to distinguish such structures. Regardless of batch or dyeing variation, precise structural filtering and similar pattern recommendation can be achieved if warp/weft repeat and DNA match, improving fabric development and sourcing efficiency. Data reflects physical structure only, without surface or functional properties involved. Repeat distances are approximate; dyeing and finishing width changes may cause slight fluctuations, but Structural DNA remains a fixed structural reference unaffected by width changes.

Weaving Principle

This fabric is based on small jacquard technique, forming three-dimensional floating yarn effects with I-bar and cross units on the fabric. Fil-coupé processing creates stronger layering and geometric sense in floating yarn areas on the surface. After fil-coupé, slight fuzz appears on the surface making structure contours clearer. Warp and weft repeats combine to present a mainframe with staggered embellishments, forming a unique geometric fil-coupé appearance.

Structural Recognition and Application Description

The fabric’s pattern is weaving-formed, not printed on the surface. The mainframe is formed by large I-bar fil-coupé units interspersed with smaller cross units, with clear boundaries and distinct structural layers. The Structural DNA chain [3:22:3:22:3:22] reflects fixed proportion relationships used for comparing similar patterns in sourcing and development. Approximate warp repeat is 7.5 cm and weft repeat 4.5 cm; slight fluctuations may occur due to dyeing and width variation but do not affect DNA stability. This structure is suited for visual search and cross-pattern comparison, enabling rapid recognition and filtering of similar geometric fil-coupé jacquard fabrics.

Development Reference Description

It is recommended to focus on observing the staggered arrangement of the I-bar mainframe and small cross embellishments during sample confirmation, checking stripe direction and connection of fil-coupé open bands. Structural DNA chain [3:22:3:22:3:22] serves as a fixed reference for pattern comparison, aiding structural verification during design and development. The regular arrangement of the main visual framework is a key recognition point to ensure consistency between samples and mass production.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. has about 2300 jacquard machines of varying sizes, supporting prototyping, development, and mass production of various small jacquard and fil-coupé structured fabrics, meeting diverse pattern and weaving technique sampling and production demands.

FAQ (Professional Sourcing Q&A)

What kind of fabric is this?

This is a geometric fil-coupé jacquard fabric using Fil-coupé cutting yarn construction, with main visuals of staggered I-bar and cross units, suitable for casual shirts, dresses, and kidswear development.

Is the pattern woven or printed?

It is woven, not printed. The fuzz and floating yarn features on the cutwork edges are typical markers of Fil-coupé technique.

What is it suitable for?

Suitable for casual shirts, dresses, kidswear, and other light apparel development.

Is sample-based development supported?

Sample-based development and structure matching are supported; cooperation is welcome.

Are free sample cards / cut samples available?

Free sample cards are provided, supporting 2m Sample MOQ for fabric development, with color adjustment and cut sample services.

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

Transparent AI pricing via https://tp.qifu2023.com is supported.

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

L/C 90 Days payment terms are supported, with minimum fabric development order quantity of 2 meters sample.

How to differentiate geometric fil-coupé from other fil-coupé structures?

By observing the staggered arrangement of I-bar and cross units and the fuzz on cut points edges, combined with Structural DNA chain [3:22:3:22:3:22] for identification.