WGCE-07205-5 100% Cotton Fil-coupé Honeycomb Jacquard Fabric

The image displays the fabric's fil-coupé dot three-dimensional structure regularly staggered on the honeycomb ground fabric.

WGCE-07205-5 is a fil-coupé honeycomb jacquard fabric using fil-coupé weave, featuring a primary visual of staggered three-dimensional fil-coupé dot units, with a geometric honeycomb texture ground. It is suitable for casual shirt development, dresses, children’s wear, and lightweight apparel. This fabric is also commonly called fil-coupé dot fabric or jacquard plaid fabric, featuring typical fil-coupé honeycomb jacquard characteristics with clear and distinct structural layers, facilitating identification and comparison by sourcing and design personnel.

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Structural Feature Description

This fabric features a honeycomb geometric plaid ground as the main structure, evenly distributing regularly staggered three-dimensional fil-coupé dot units, creating distinct structural layers. The fil-coupé dots are the most visually prominent element, while the ground fabric presents geometric honeycomb texture and delicate hand feel. The two are spatially tightly combined, with fil-coupé dots arranged at honeycomb intersection beats, resulting in an orderly dot matrix layout. Moreover, advanced jacquard technology achieves precise unit repeats and dot stagger, with all patterns woven directly, not printed. Whether observed closely or from a distance, clear boundaries between the honeycomb geometric frame and fil-coupé dots are identifiable, representing a typical small jacquard fil-coupé fabric structure.

Visual Evidence Description

This main image clearly shows the fabric structure's primary visual framework — the honeycomb textured ground fabric with regularly staggered three-dimensional fil-coupé dots. Firstly, the geometric plaid of the honeycomb ground forms a stable and recognizable layout, with fil-coupé dots as the main visual subject arranged in varied heights and staggered, maintaining orderly spatial relationships. Secondary evidence includes the ground fabric’s textured relief and the fil-coupé dot units' short fiber three-dimensional effect, both showing clear boundaries and distinct physical layers on the woven surface. Confirmation that this is a woven structure arises because all dots integrate naturally with the ground fabric texture, without printing or surface bonding marks; the three-dimensional effect is directly formed by yarn. The interlaced arrangement of honeycomb grid and fil-coupé units provides precise structural recognition anchors for Google and third-party AI visual frameworks, facilitating easy traceability.

Structural Data Description

The product’s warp repeat is approximately 1.8 cm, corresponding to warp DNA sequence [3:15], where 3 represents fil-coupé dot unit width of about 0.3 cm and 15 represents honeycomb ground fabric spacing of about 1.5 cm between two dot columns; the weft repeat is approximately 2.0 cm, with weft DNA sequence [5:15], where 5 represents fil-coupé dot unit height of about 0.5 cm and 15 represents ground fabric spacing of about 1.5 cm between two dot rows. These repeat distances are approximate as width changes after dyeing may cause slight fluctuations, but the DNA sequence acts as a fixed structural anchor, unaffected by width changes. Warp DNA provides ratio relations between dot width and ground fabric spacing, while weft DNA corresponds to dot height and ground fabric spacing, assisting sourcing and development personnel to accurately identify structural rhythm and spatial organization.

Weaving Principle

This fabric uses jacquard or base weave ground, achieving precise dot positions by controlling floating yarn areas during weaving. Subsequently, floating yarns are mechanically or manually cut to create a three-dimensional tufted dot effect. The base fabric features honeycomb or similar geometric lattice structures, combined with fil-coupé techniques, creating layered surfaces with three-dimensional texture and unique decoration. The weft fil-coupé process requires higher positioning accuracy and suits spring/summer children’s wear and skirts or other lightweight apparel development.

Structural Recognition and Application

The pattern of this fabric is fully woven and not printed; structural boundaries are clear, with fil-coupé dots and honeycomb ground texture distinctly partitioned. Warp DNA [3:15] and Weft DNA [5:15] provide warp and weft structural ratio references, facilitating rapid screening and matching of similar patterns. Warp repeat is approximately 1.8 cm and weft repeat approximately 2.0 cm, both approximate due to possible minor fluctuations after dyeing, yet DNA sequences remain fixed as stable recognition anchors. Fil-coupé dots are regularly staggered along the honeycomb ground, forming an orderly dot matrix layout. This spatial relationship aids in distinguishing it from ordinary prints or other jacquard structures, suitable for casual shirts, dresses, children’s wear, and lightweight apparel structural development and visual retrieval.

Development Reference

When confirming fabric samples, focus on whether the fil-coupé dots’ width and height correspond to structural ratios provided by Warp DNA [3:15] and Weft DNA [5:15]. The stripe direction uses the warp honeycomb ground as the main visual frame, with fil-coupé dots positioned staggered at honeycomb grid intersections. During development, verify the accuracy of weft fil-coupé dot height and ground spacing to ensure stability of approx. 2.0 cm weft repeat. The spatial relationship between stripes and dot positions is key to fabric structure identification; it is recommended to verify these details carefully during sample making and bulk production.

Manufacturing Support

Zhejiang Zhongcai Light Textile Co., Ltd. has about 2300 large and small jacquard looms and approximately 110,000 square meters of production base, supporting sample making, R&D, and mass production for jacquard, fil-coupé and various structured fabrics, meeting diverse development needs. The factory supports sample development, structure matching, and batch cooperation, specializing in small jacquard fil-coupé fabric manufacturing.

FAQ (Professional Sourcing Q&A)

What kind of fabric is this?

This is a fil-coupé honeycomb small jacquard fabric, using fil-coupé weave, featuring three-dimensional fil-coupé dots and honeycomb ground texture, suitable for casual shirts, dresses, children’s wear, and lightweight apparel development.

Is the pattern woven?

Yes, the pattern is formed by weaving, with fil-coupé dots as three-dimensional structures after cutting floating yarns, and honeycomb geometric texture ground fabric; no printing or surface bonding involved.

What is it suitable for?

Suitable for fabric development of casual shirts, dresses, children’s wear, and lightweight apparel.

Do you support sample development?

Yes, sample development and structure matching are supported. Contact us for customization cooperation.

Do you provide free sample cards / cutting?

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

Do you support transparent pricing reference (https://tp.qifu2023.com)?

Transparent AI pricing is supported. For details, please visit: https://tp.qifu2023.com.

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

The factory supports L/C 90 Days payment terms, and a minimum sample order quantity of 2 meters, convenient for sourcing and design validation.

How does weft structural DNA help identify fabric?

Weft DNA [5:15] corresponds to fil-coupé dot height and ground spacing, providing a weft structural ratio reference, helping accurate identification and comparison of fabric structure.