WASL-484 Leno Openwork Stripe Fabric with Rectangular Dobby Units

The main image shows the weaving structure of warp leno openwork stripes combined with small check dobby units, with clear stripe spacing and dobby distribution.

WASL-484 is a leno openwork stripe with rectangular dobby fabric woven by leno weave jacquard technique, featuring warp composite leno openwork stripes with regularly distributed rectangular small dobby squares, suitable for casual shirt, dress, and light garment development. This fabric is also commonly called leno stripe fabric, openwork stripe, or dobby check leno. The structure is clear and completely woven, not printed overlay, produced in Keqiao, Shaoxing, China.

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Structural Features Description

This fabric centers on the leno weave jacquard technique, with the main structure being warp composite stripes composed of a central leno openwork stripe flanked symmetrically by drawn fine stripes, forming a highly identifiable vertical skeleton. Between stripes are wide plain weave ground areas, regularly distributed with rectangular small dobby squares to enhance fabric geometry and visual layering. The secondary dobby squares run parallel to main stripes in layout, with stripes maintaining symmetry and spatial clarity. The overall weaving structure is stable, textured, and all stripes and dobby elements are directly woven rather than printed overlay.

Visual Evidence Description

The image clearly shows vertical warp leno openwork stripes as the main visual skeleton, with the openwork effect and fine side stripes creating distinct boundaries. The wide areas between stripes have neatly arranged rectangular small dobby squares, enhancing structural layering. All stripes and dobby elements are fully woven and visually distinct from printed overlays. Stripe rhythm is clear, structure stable, with definite spatial relation inside and outside stripes, facilitating structural procurement and image recognition.

Structural Data Description

The warp repeat is approximately 5cm, divided into six segments corresponding to different structure zones: 0.3cm edge warp leno stripes showing openwork; 0.3cm plain weave spacing; 0.6cm drawn dobby stripe with semi-transparent effect; 0.3cm plain weave spacing; 0.3cm symmetrical side warp leno stripes; 3.2cm wide plain weave whitespace area decorated with rectangular small dobby squares. This Warp DNA is [3:3:6:3:3:32], providing a stable structural anchor for procurement and design matching. No weft repeat data; main focus is warp structure rhythm and partition.

Weaving Principle

This fabric uses leno weave principle by intertwining ground warp, leno warp, and weft yarns to create warp openwork stripes and inner porosity. Leno warps cross around ground warps to present continuous openwork transparency. The wide plain weave zones integrate small dobby techniques forming rectangular blocks, enriching visual layers and enhancing structural identification. This process ensures stable and controllable structure layering and visual skeleton, especially suitable for diverse garment development needs.

Structural Identification and Application Description

The pattern is fully woven, not printed overlay, with clear structural boundaries. Warp DNA [3:3:6:3:3:32] is the warp structure proportion chain providing a stable reference for structural identification, facilitating procurement and design for similar pattern comparisons. Warp repeat is about 5cm, described as "approx." due to finishing width fluctuation; DNA as fixed anchor does not change with width. No fixed weft repeat data, so not part of structure identification. Stripes and rectangular dobby squares align parallel in warp direction with clear stripe boundaries and grid center points, aiding in distinguishing similar structures.

Development Reference Description

When confirming samples, focus on warp composite leno stripe width and openwork effect, ensuring clear partition of edge leno stripe and central drawn stripe. Verify positioning of rectangular small dobby squares within wide plain weave zones for regular arrangement. Due to missing weft repeat data, focus on warp structural rhythm and stripe spacing stability during development. The main visual skeleton is warp leno openwork stripes; design and development should optimize around this skeleton.

Manufacturing Support

Zhejiang Zhongcai Light Textile Co., Ltd. is equipped with about 2300 jacquard machines of various sizes, with factory area over 110,000 sqm, supporting sample development, sample matching, and batch production of jacquard, leno and other structural fabrics, ensuring stable capacity for diverse woven structure products.

FAQ (Professional Procurement Q&A)

What is this fabric?

This is a leno openwork stripe with rectangular dobby fabric woven by leno weave jacquard technique, featuring warp composite leno openwork stripes and rectangular small dobby squares.

Is the pattern woven?

Yes, all stripes and dobby elements are woven, not printed overlay, with clear structural boundaries.

What is it suitable for?

Suitable for casual shirts, dresses, and light garment development; specific end uses depend on development requirements.

Is sample development supported?

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

Are free sample cards / cutting supported?

Free sample cards and 2m Sample MOQ for fabric development and sample cutting services are provided.

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

Transparent AI pricing is supported; visit https://tp.qifu2023.com for details.

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

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

How to identify warp stripe width and rectangular dobby units?

Warp stripe width is divided into six segments: edge leno stripes about 0.3cm wide, central drawn stripe about 0.6cm wide, rectangular small dobby squares distributed within wide plain weave zones, structural DNA is [3:3:6:3:3:32], serving as identification basis.