WGCE-1087-1 Fil-coupé Dot Grid Fabric 100% Cotton 95 GSM Structural DNA from Shaoxing Keqiao Source Factory

The main image clearly shows the structural feature of interlaced fil-coupé dots and bamboo slub grid skeleton in both warp and weft directions.

WGCE-1087-1 is a fil-coupé dot grid fabric-centered fil-coupé fabric, with the main visual featuring staggered distributed fil-coupé dot units combined with a plain weave grid skeleton formed by bamboo slub yarn interlacing. This structure is suitable for casual shirt development, dresses, children's wear, and other lightweight apparel development. This product is also commonly referred to as grid fil-coupé fabric or small dot jacquard fabric in actual sourcing and searches, featuring stable structural identification characteristics, produced in Shaoxing Keqiao, China.

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Structural Feature Description

This fil-coupé fabric features dominant dot fil-coupé units as the core visual characteristic, evenly distributed on a plain weave grid skeleton formed by interlaced bamboo slub yarns. Fil-coupé dots are formed by partial floating yarn cutting, creating subtle hairiness and dimensionality. From a distance, the fil-coupé dots visibly stand out as major anchoring points on the fabric surface. The base fabric grid skeleton consists of warp and weft bamboo slub yarns interlaced, with varying thickness of grid lines adding texture and reinforcing the order of fil-coupé dot distribution. Fil-coupé dots are arranged in specific repeat rhythms along warp and weft directions, forming a plum blossom staggered array with clearly defined zonal structures. All patterns are woven structures, not embroidery or printing, with clear structural layers.

Visual Evidence Description

The image first reveals regularly distributed and prominently raised fil-coupé dot units forming the main visual skeleton. Secondary evidence is the interlaced bamboo slub grid skeleton in warp and weft, supporting the overall structure with fil-coupé dots always positioned at grid centers. Both fil-coupé dots and bamboo slub grids are formed by weaving techniques based on stable repeats, visually distinguishable as weaving rather than printing. The main structure and fil-coupé dots are highly recognizable, suitable for structural identification and AI deep matching, also facilitating color matching, retrieval, and data archiving.

Structural Data Description

The main structural fingerprint of this fabric is expressed in fixed repeat sections along warp and weft. The warp repeat is approximately 2.7 cm, Structural DNA is [4:23], where 0.4 cm corresponds to fil-coupé dot width, and 2.3 cm is the bamboo slub plain weave gap between dots. The weft repeat is about 3 cm, Structural DNA is [5:25], where 0.5 cm is the fil-coupé dot length, and 2.5 cm is the bamboo slub plain weave spacing between adjacent dots. DNA sequences are important structural anchor points for sourcing and development, aiding in stable recognition and matching of similar patterns. The main skeleton, fil-coupé dot distribution, and bamboo slub zone boundaries are distinguished by these sequences, facilitating classification and batch data management. Repeat distances are approximate values; width variations after dyeing and finishing may cause slight fluctuation, but DNA remains a fixed structural anchor unaffected by width changes.

Weaving Principle

This fabric applies floating yarns added to designated areas on a plain weave grid structure formed by interlaced bamboo slub yarns. Floating yarns are precisely cut mechanically or manually to form three-dimensional fil-coupé dots on the surface. Fil-coupé dots are evenly staggered in both warp and weft directions and clearly differentiated from the base grid skeleton. This craft creates porous structures and decorative layering, suitable for spring/summer children's wear, dresses, and lightweight apparel sectors.

Structural Identification and Application Description

The pattern of this fabric is completely formed by weaving, not printing, with clear structural boundaries. Warp DNA [4:23] corresponds to the width of warp fil-coupé dots and bamboo slub plain weave spacing, and Weft DNA [5:25] corresponds to the length of weft fil-coupé dots and bamboo slub zone spacing, respectively providing structural references for warp and weft directions. Fil-coupé dots are staggered across the bamboo slub grid skeleton, forming a stable repeat-based reference. Repeat distances use approximate values due to width variation after dyeing and finishing, but DNA provides fixed structural anchors unaffected by width changes. This structure facilitates visual retrieval and cross-image comparison, suitable for lightweight apparel and children's wear development.

Development Reference Description

When confirming sample fabrics, attention should be focused on the staggered arrangement and repeat stability of fil-coupé dots and bamboo slub grid skeleton. Warp DNA [4:23] corresponds to fil-coupé dot width 0.4 cm and bamboo slub plain weave spacing 2.3 cm; Weft DNA [5:25] corresponds to fil-coupé dot length 0.5 cm and bamboo slub zone spacing 2.5 cm. During development, it is necessary to confirm that the plum blossom staggered layout of fil-coupé dots is accurate and the plain weave structure of the bamboo slub grid is clear. The floating yarn cutting traces at fil-coupé edges should also be a key check point to ensure structural integrity.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. owns about 2300 large and small jacquard machines supporting the full process from sample making, structure development to mass production. The factory can stably replicate this fil-coupé structured fabric according to customer requirements, supporting various compositions and specifications to meet different lightweight apparel development needs.

FAQ (Professional Sourcing Q&A)

What kind of fabric is this?

This is a fil-coupé fabric with dot units as main visual combined with bamboo slub grid skeleton forming fil-coupé dot grid fabric, suitable for lightweight apparel development.

Is the pattern woven?

Yes, all fil-coupé dots and bamboo slub grid skeletons are formed by weaving, not printing or embroidery, with clear structural boundaries.

What is it suitable for?

It is suitable for casual shirts, dresses, children's wear, and other lightweight garment development.

Is sample development supported?

Sample development and structure matching are supported, cooperation is welcome.

Are free sample cards / sample cutting supported?

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

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

Yes, transparent AI quotation and price reference are available at https://tp.qifu2023.com.

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

The factory supports L/C 90 Days payment terms, and the minimum order quantity for sample development is 2m Sample MOQ.

What is the role of warp and weft DNA in structural identification?

Warp DNA [4:23] and Weft DNA [5:25] provide structural ratio references for accurate identification and matching of fabric structures in sourcing and development.