WASL-473 Leno Composite Stripe Fabric

The main image displays the fabric's unique warp composite stripes combined with ladder-shaped leno openwork structure.

WASL-473 is a leno composite stripe fabric with a Leno Weave structure, featuring distinct warp composite stripes containing ladder-shaped leno openwork lines and centrally arranged small dobby dots. It is suitable for casual shirt and light apparel development. This fabric is also commonly known as leno stripe or ladder tape, differentiated from printed stripes by its woven stripe and openwork structure, offering clear structural identification features, produced in the Keqiao region.

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Structural Features Description

This fabric focuses on small dobby motifs combined with a leno weave structure to form a highly recognizable warp composite stripe design. Each stripe group is about 1.6cm wide, flanked by ladder-shaped leno openwork lines, with centrally arranged circular-like dobby dots, creating rich fabric layering and visual rhythm. Between the stripes, there is a 2.1cm plain weave ground spacing, enhancing the distinction of primary and secondary structures. The weaving process ensures clear stripe contour boundaries, strong texture contrast between plain ground and composite stripe areas, with decorative features concentrated in the stripe zones without spreading to blank spaces. This structure is entirely formed by weaving, not printing. The collaboration of stripes, openwork, and dobby dots endows the fabric with unique layering and visual zoning, which is crucial for structural identification.

Visual Evidence Description

At first glance, the image shows warp composite stripes with prominent ladder-shaped leno openwork lines, with clearly defined side boundaries and center, interspersed with circular dobby motif blocks adding details to the stripes. Uniform width plain weave ground spacing between stripes creates strong structural zoning. The openwork and small dobby dots formed by weaving are clearly visible in photos, not printed, with neat boundaries. The main composite stripe framework along with supporting ladder openwork and dobby dots are ideal as structural identification anchors, providing distinct physical evidence for image recognition and structural classification.

Structural Data Description

The structural parameters of this fabric fully reflect weaving regularity. In the warp direction, each repeat is about 3.7cm, consisting of a 1.6cm composite characteristic stripe area (with regular ladder-shaped leno openwork lines on both sides and central dobby dots), plus a 2.1cm plain weave ground spacing. The Warp DNA [16:21] fingerprint represents these two function areas in stable alternation, aiding procurement and structure verification. In the weft direction, the approx. 1.4cm repeat splits into 0.6cm dobby dot height and 0.8cm adjacent spacing. The Weft DNA [6:8] clearly marks the vertical dobby motifs and ground weave repetition, facilitating development or initial screening of similar structures. All repeat lengths are approximate, mainly providing physical zoning basis for weaving distinction. Parameters and segmentation details ensure each DNA number corresponds to an actual structural zone, enabling precise localization of main stripes and decorative dobby distinctions for procurement and development.

Weaving Principle

This fabric adopts a leno weave type technique, formed by interlacing ground warp, leno warp, and weft yarns. During weaving, leno warps twist around ground warps, producing uniform open pores and subtle texture on the fabric surface. This structure creates a distinct openness and layered organization, suitable for apparel development.

Structure Identification and Application Description

The pattern in this fabric is entirely formed by weaving, not printing. The main framework is warp composite stripes, containing ladder-shaped leno openwork lines and central dobby dots, separated by plain weave ground spacing with clear boundaries. Warp DNA [16:21] provides the warp structure proportion chain; Weft DNA [6:8] corresponds to the alternating weft dobby dots and ground weave, serving as reference points for structural comparison in different directions. Repeat distances are approximate due to slight width variations after dyeing and finishing, but DNA remains a fixed structural anchor. The spatial distribution of ladder openwork edges and central dobby dots helps differentiate similar patterns, assisting visual retrieval and cross-image comparison.

Development Reference Description

When confirming sample fabrics, focus on the width of warp composite stripes and the clarity of ladder openwork boundaries, and verify the orderly arrangement of central dobby dots in stripes. Warp DNA [16:21] corresponds to the ratio between stripes and plain ground; Weft DNA [6:8] reflects dobby dot height and spacing. Development requires simultaneous attention to structural rhythm in both warp and weft directions. Connection points between stripes and openwork zones must be carefully checked to ensure weaving details match design requirements.

Manufacturing Support

Zhejiang Zhongcai Textile Co., Ltd. owns about 2300 various jacquard machines, with a factory area of about 110,000 square meters, supporting sampling, development, and mass production of jacquard, multi-arm, and other structured woven fabrics, meeting sample development and structure matching needs.

FAQ (Professional Procurement Q&A)

What is this fabric?

This is a Leno Composite Stripe Fabric using a leno weave structure, featuring warp composite stripes and ladder-shaped openwork, suitable for casual shirts and light apparel development.

Is the pattern woven?

Yes, the pattern is entirely formed by weaving. Stripes, openwork, and small dobby dots are fabric structures, not prints.

What applications is it suitable for?

Suitable for casual shirts, dresses, children's wear, and other light apparel development.

Do you support sample development?

Sample development and structure matching are supported. Cooperation is welcome.

Do you provide free sample cards / cutting?

We provide free sample cards and support 2m Sample MOQ for sample development, including adjustment and cutting services.

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

Transparent AI pricing information is available via https://tp.qifu2023.com.

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

We support L/C 90 Days payment terms; minimum sample order quantity is 2 meters.

How to identify warp and weft structural features?

Warp DNA [16:21] corresponds to the ratio of composite stripes to plain ground; Weft DNA [6:8] corresponds to dobby dot height and spacing, facilitating structure verification and similar pattern screening.