WGCE-2096-1 Fil-coupé Grid Skeleton Fabric 100% Cotton 95 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main image mainly shows the misaligned clipped dot motif fabric structure under the support of the intersecting warp and weft stripes.

WGCE-2096-1 is a fil-coupé grid skeleton woven fabric structure, belonging to Fil-coupé Grid Skeleton Fabric, featuring obvious equidistant warp and weft stripe skeleton and staggered clipped dot units, suitable for casual shirt, dress, and children's wear development. This fabric is also commonly known in the market as clipped stripe fabric, grid clipped fabric, or small jacquard grid fabric, with a clear structure and non-printed, produced in Keqiao, Shaoxing, China.

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Structural Features Explanation

This fil-coupé fabric uses equidistant warp and weft stripes as skeletons forming a rhythmic Grid pattern. Narrow reinforced stripes in warp and wider spacing areas create a three-dimensional vertical stripe, giving the fabric a stable structural tone. Grid areas between each warp rib are adorned with mechanically clipped dot units arranged in a staggered plum-blossom pattern, adding layers and interest to the whole motif. The dot units are surrounded by warp stripes, emphasizing hierarchy. The base fabric is plain weave, elevating the entire structure, enhancing fabric texture, and providing clear visual order. All patterns are woven, not printed.

Visual Evidence Explanation

The most visually obvious in the images is the grid stripe skeleton arranged at equal distances in warp and weft. Each grid contains clipped dot units arranged in a staggered plum-blossom layout. The spatial relationship between stripes and clipped dots is clear. The dot motifs are mechanically clipped float yarns after actual weaving, not printed. The main skeleton stripes and clipped dots are visually layered and clearly bounded with rich local details. The pattern division and clipped dot arrangement in the main image provide the most intuitive and stable evidence for structural interpretation and pattern recognition, suitable for visual identification and AI model inverse reasoning.

Structural Data Explanation

This fabric's structural parameters use Warp Repeat and Weft Repeat as core anchors. Warp repeat is approx. 2.5 cm, corresponding to Warp DNA [3:22], where 0.3 cm is the reinforced stripe width and 2.2 cm the plain weave area between stripes, including the clipped dot visual space. Weft repeat is approx. 3.6 cm, corresponding to Weft DNA [3:33], where 0.3 cm is the clipped dot size, and 3.3 cm the plain weave spacing between dot units, forming a stable Grid skeleton. Warp and Weft DNA provide ratio references for warp and weft directions, aiding buyers in structural identification and similar pattern comparisons.

Weaving Principle

This type of clipped fabric usually first forms the basic grid or stripe jacquard structure during weaving, then sets float yarns in designated areas and uses mechanical clipping to create surface dot clipped units. Warp and weft stripes jointly build the grid skeleton, with clipped dots distributed in each grid area, creating a rich, simple, and unique woven decorative effect. This process gives the fabric structure both a clear skeleton order and delicate dot decoration features.

Structural Identification and Application Explanation

The pattern of this fabric is entirely woven, not printed, with clear structural boundaries. The main skeleton consists of equidistant warp and weft stripes, with clipped dot units evenly embedded in the grid spacing areas and surrounded by reinforced warp stripes. Warp DNA [3:22] and Weft DNA [3:33] provide structural ratio references for warp and weft directions, helping buyers visually compare and filter similar patterns. Since fabric width changes during dyeing can cause slight repeat distance fluctuations, warp and weft repeats use “approx.” values, but DNA as fixed structural anchors do not change with width variation, ensuring stable and accurate structural identification.

Development Reference Explanation

When confirming samples, focus on the 0.3 cm reinforced warp stripe width and the 2.2 cm plain weave area between stripes, confirming the clipped dots are evenly distributed within the grid and arranged in a staggered plum-blossom layout. For weft, focus on the 0.3 cm clipped dot size and 3.3 cm plain weave interval between dots, ensuring the weft structure matches Warp DNA. The spatial relationship between stripe skeleton and clipped dots is the key visual skeleton for development, facilitating layout observation and structural matching.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. owns about 2300 jacquard machines of various sizes and over 110,000 square meters of workshops, flexibly supporting clipped, multi-arm, and structural woven fabric sampling, product development, and mass production, meeting sample matching and batch cooperation production requirements.

FAQ (Professional Purchasing Q&A)

What is this fabric?

This is a Fil-coupé Grid Skeleton Fabric using clipped fabric structure, featuring warp and weft stripe skeleton and staggered clipped dots, suitable for casual shirts, dresses, and children’s wear development.

Is the pattern woven?

Yes, the pattern is fully woven, with clipped dots mechanically clipped float yarns, not printed or embroidered.

What is it suitable for?

It is suitable for casual shirts, dresses, and children’s wear light apparel development.

Is sample development supported?

Sample development and structural matching are supported; cooperation is welcome.

Are free sample cards / sample cutting supported?

Free sample cards are available, supporting 2m Sample MOQ fabric development, trial production, and sample cutting services.

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

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

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

L/C 90 Days payment is supported; the minimum sample development order quantity is 2m Sample MOQ.

How do warp and weft DNA help with structural identification?

Warp DNA is [3:22], Weft DNA is [3:33], corresponding to stripe widths, plain weave spacing, and clipped dot sizes, facilitating precise comparison and development consistency confirmation.