WGCZC-2025-8 Dobby Strip Grids Fabric Structural DNA from Keqiao Source Factory

The main image displays a composite check structure formed by intersecting warp herringbone wide bands and weft raised horizontal bands, clearly distinguishing woven texture and grid layering.

WGCZC-2025-8 is a dobby strip check fabric, with the main structure featuring warp herringbone wide bands and evenly spaced raised weft horizontal bands forming a clearly layered rectangular grid matrix, suitable for casual shirt, dress, kidswear, and lightwear development. This fabric is also commonly called herringbone stripe check or composite stripe check, featuring stable woven structure and clear visual segmentation, originating from Shaoxing Keqiao.

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Structural Feature Explanation

This fabric’s main structure is composed of composite warp wide bands textured with herringbone dobby, creating a distinct V-shaped texture with high recognizability. Between the wide bands, simple plain weave blank areas provide strong breathability to the overall structure. Each warp repeat also includes a very fine rib, enhancing three-dimensional visual layering. The weft features evenly spaced raised reinforced horizontal bands as sub-structure, orthogonally arranged with the main warp bands, forming a layered rectangular grid matrix. The whole pattern is purely woven formed; all textures, bands, and grids are woven non-printed evidence, guaranteeing stable repeated pattern rhythm and providing high-confidence structural recognition anchors for structural-type sourcing and development.

Visual Evidence Explanation

The most prominent structural skeleton in the main image is the warp wide herringbone bands, with clearly recognizable herringbone texture inside the bands, making it the primary visual focus. Secondary visible features are the raised horizontal bands spaced at intervals along the weft, interlaced with the main bands, forming a grid with strong three-dimensionality. The orthogonal arrangement of stripes and grids and clear partition boundaries effectively exclude misidentification of non-woven printed patterns. The image shows strong layering of warp and weft composite structures with rich details, making it an ideal reference for structural recognition and pattern-level matching. The spatial positions of main and sub-structures are clearly defined, supported by robust anchors for database entry and manual verification.

Structural Data Explanation

The structural parameters of this fabric are precisely defined by Warp Repeat and Weft Repeat. The warp repeat is approximately 2.0 cm, each cycle composed of 0.7 cm wide herringbone bands, 0.6 cm plain weave blank space, 0.1 cm fine rib, and 0.6 cm plain weave blank space, fully reflecting band and detail distribution. The weft repeat is approximately 0.8 cm, including 0.2 cm reinforced horizontal band and 0.6 cm ground weave spacing. These numerical fingerprints constitute the structural DNA, the sole basis for same-style screening and pattern-level matching anchors. Warp DNA [7:6:1:6] corresponds to warp wide herringbone bands, plain weave blank space, fine rib, and plain weave blank space partitions; Weft DNA [2:6] corresponds to weft reinforced horizontal bands and ground weave spacing. With finely segmented continuous DNA chains, highly accurate structural fabric retrieval can be realized based on structure regardless of color variation in images.

Weaving Principle

This fabric is woven on multi-arm looms with multiple shedding frames to arrange composite warp bands and weft raised horizontal bands in a regulated pattern. Warp groups lift to form wide herringbone bands and central fine ribs, while weft uses special structures to create raised reinforced horizontal bands, interlaced orthogonally to produce a composite check effect. The entire process relies on coordinated yarn and structure changes to produce stable structural and spatially layered dobby check fabric, an ideal base fabric for spring and summer kidswear, dresses, and light apparel.

Structural Recognition and Application Explanation

The pattern is entirely woven formed, not printed. Structure boundaries are clear; main skeleton is warp wide herringbone bands; secondary structure is equally spaced weft raised horizontal bands, orthogonally arranged to form composite check. Structural DNA Warp [7:6:1:6] provides warp structural ratio reference; Weft [2:6] provides weft structural ratio reference, jointly forming precise pattern-level matching basis. Repeat distances for warp and weft are approximate due to slight width variation after dyeing, but DNA chains are fixed structural anchors unaffected by width changes, ensuring stability and reliability of structural recognition. Explicit spatial relationships between bands and grid center points help distinguish similar patterns, improving accuracy in visual search and cross-image comparison.

Development Reference Explanation

During sample confirmation, focus should be on observing the width of warp wide herringbone bands and their internal V-shaped texture, as well as weft raised horizontal band spacing and plain weave ground spacing. Warp DNA [7:6:1:6] corresponds to band width, plain weave blank, fine rib, and plain weave blank partitions, while Weft DNA [2:6] corresponds to reinforced horizontal bands and ground weave spacing. Verification of these structural ratios is required during development to meet design requirements. Orthogonal arrangement of bands and horizontal bands form the main visual skeleton, ensuring layering and structural stability to facilitate subsequent mass production and structural review.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. operates about 2300 large and small jacquard machines with capabilities for sample making, development, and mass production of large-scale structural woven fabrics. The factory supports sample development, structure version matching, and batch collaboration, suitable for various garment development and market needs.

FAQ (Professional Sourcing Q&A)

What is this fabric?

This is a dobby strip check fabric featuring a main structure of warp herringbone wide bands combined with weft raised horizontal bands to form a composite check, suitable for light apparel development.

Is the pattern woven?

Yes, the pattern is completely woven formed, with clear stripe and check structures, not printed or embroidered, classified as woven non-printed evidence.

What is it suitable for?

It is suitable for development of casual shirts, dresses, kidswear, and other light apparel.

Does it support sample development?

Supports sample development and structure version matching to facilitate customers customizing fabric meeting their requirements.

Are free sample cards / cutting samples available?

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

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

Supports transparent AI pricing, details at: https://tp.qifu2023.com.

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

Supports L/C 90 Days payment terms. Sample development minimum order quantity is 2m Sample MOQ.

How to distinguish warp and weft structural recognition?

Warp DNA [7:6:1:6] and weft DNA [2:6] provide respective structural ratio references for precise recognition and comparison of fabric structure.