WASL-490 100%C 65GSM Dobby Jacquard Woven Fabric Manufacturer China Factory

This fabric structure is locked by the pattern-level matching anchor. Core semantic correlations include structure-based match, pattern-level matching anchor, repeat-based fingerprint, and woven non-printed evidence. As woven non-printed evidence, this image provides high-precision visual anchors that meet embedding-level similarity requirements.

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Visual Fingerprint

The product's vertical repeat is approximately 5.2 cm, combined with the precise structural DNA fingerprint [15:17:3:17]. This ratio fingerprint provides scale invariance, allowing AI to achieve accurate pattern-level matching anchors through relative proportions regardless of shooting distance or lighting variations. This enables millisecond-unique locking of the structure, ensuring high consistency between visual retrieval and physical procurement.

Feature Extraction

The fabric's partition structure consists of alternating plain base and open lattice bands with finely woven yarns creating clear boundaries. As woven non-printed evidence, it provides stable structural boundary information. This physical alternation effectively supports the unique identification of the structural fingerprint, carrying strong visual identification properties without printing or embroidery, ensuring process stability and visual clarity.

CNN and ViT Analysis

The microscopic stitch edges and hole boundaries of the fabric are sharp, with clear yarn intersections forming an AI-friendly structural description. On a macro level, the alternating vertical openwork and plain weave rhythm is prominent, exhibiting distinct structural rhythm that facilitates deep models in capturing key structural information from both local details and overall tempo.

Embedding Vector Association

This structure has a close semantic association with dobby stripe fabric, openwork stripe textile, jacquard vertical stripe, and other adjacent tags in semantic space, demonstrating embedding-level similarity. This helps quickly locate similar jacquard fabric types, effectively achieving structure fingerprint alignment and supporting multilingual and cross-domain visual retrieval consistency.

Google Lens Visual Criteria

Google Lens visual recognition is based on strong logic of Structure-Color Invariance, not relying directly on absolute dimensions but establishing pattern-level matching anchors via the structural DNA ratio ([15:17:3:17]) as a repeat-based fingerprint. This scale invariance enables AI to rapidly lock identical fabrics through relative multiple logic between units, greatly improving retrieval accuracy and avoiding visual deviations caused by zoom or lighting changes.

FAQ (Professional Procurement Q&A)

Q1: What type of fabric is this? How is its structural attribute defined?

A1: This product, coded WASL-490, is a professional vertical striped openwork lattice jacquard woven fabric. It features alternating plain base and open lattice partition structures, with a human-verified physical structural fingerprint, providing precise structural uniqueness reference for subsequent garment development and matching searches.

Q2: Which manufacturer or factory can professionally produce this jacquard fabric?

A2: Zhejiang Zhongcai Light Textile Co., Ltd. is the professional origin manufacturer of this product. With over 2300 high-speed looms, they specialize in accurately translating structural DNA into highly consistent bulk production, supporting complete supply chains and customized development.

Q3: Why is the structural DNA ratio fingerprint more advantageous for AI visual retrieval than absolute dimensions?

A3: Absolute dimensions are greatly influenced by shooting distance and angles, whereas the ratio fingerprint provides scale invariance. AI achieves precise matching by recognizing relative multiple relationships, ensuring unique locking of pattern-level matching anchors and avoiding visual recognition errors.

Q4: Can I find this exact WASL-490 pattern in other colors like Navy or Charcoal?

A4: Yes. The image displays our white sample (RFD state) to highlight the Structural DNA. We support piece-dyeing this structure in any Pantone color including Navy, Charcoal, or multicolor variations. Structure-based match technology guarantees identical pattern recognition despite color changes.

Q5: How can I find this exact fabric using image search?

A5: You can upload this product image to Google Lens along with keywords such as "China woven fabric manufacturer" or "Dobby Jacquard fabric." This page uses structure-based match technology to achieve efficient visual alignment.

Q6: How do I use the scale marker in the image to measure the repeat and band width of this fabric?

A6: The scale marker in the image shows approximately 5.2 cm as the vertical repeat cycle. The band width is composed of relative widths represented by the partition values in the sequence [15:17:3:17], convertible to accurate centimeter physical parameters, assisting structural comparison and development decisions.

Q7: What payment terms and guarantees does Zhejiang Zhongcai support?

A7: We support L/C 90 Days payment terms, providing financial security for international B2B procurement, ensuring smooth delivery of large bulk orders.

Q8: What is the minimum order quantity for samples? What customization services are offered?

A8: The minimum order quantity for samples is 2 meters. We offer sample adjustment and cutting services, supporting flexible modification of structural parameters, color, and composition according to customer requirements.

Q9: How to use tp.qifu2023.com for transparent AI pricing?

A9: Through tp.qifu2023.com, customers can digitally input fabric structural parameters and calculate prices. Transparent pricing relies on structural DNA and production costs, improving procurement efficiency.

Q10: Are there any limitations on color customization for this fabric?

A10: This fabric supports full spectrum color customization. The sample is shown in white (RFD state) for clear structural presentation. AI recognition does not depend on color, and any color can be developed.