Suzhou Jinyicheng Thread&Ribbon Co.,Ltd
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Description
1. Polyester Herringbone elastic refers to a type of elastic material that features a distinctive "herringbone"
pattern, which resembles a series of V- shaped lines or chevrons.
2. This polyester herringbone elastic enjoys broad applicability in garments, fashion accessories, upholstery
items, and handmade creative projects, among other domains such as waterproof outdoor gear and athletic
wear, owing to its durability and versatile properties
3. Full customization is offered for both dimensions and color schemes.
Product Specifications
| Product Name | Polyester Woven Elastic |
| Width | 3.8cm |
| Color | Any color can be made |
| Thickness | 1.3mm |
| Material | polyester&latex |
| Usage | Garments, Bags, Shoes, Home Textile |
| Feature | High Elasticity,soft |
| MOQ | 3000 Meters,also accept small trial order |
| Sample | Free(Stocked) |
| Delivery Time | 7 Days after placing an order |
| Payment | 30% deposit and 70% balance |
| Company Type | Manufacturer & Trading company |
The features of Polyester Herringbone Elastic
1. Pattern Design:
Characterized by interlaced V-shaped or chevron motifs, the herringbone pattern achieves a dynamic zigzag
alignment that delivers a richly textured, eye-catching surface. This design is predominantly realized through
woven techniques, imparting both understated elegance and tactile dimensionality to the final fabric or material.
2. Stretchability:
Herringbone elastic, akin to other stretchable materials, is engineered to provide extensibility. This textile
component proves ideal for integration into apparel and accessories demanding pliability and elastic properties—
exemplified in waistbands, wrist cuffs, and adjustable straps. While the distinctive herringbone pattern generally
preserves stretch functionality, the specific weaving technique may alter its tension-responsive behavior.
3. Durability:
The distinctive zigzag patterning inherent in the herringbone weave significantly enhances the elastic material’s
structural integrity and longevity. Mechanically, this crisscross arrangement dissipates applied forces across a
broader surface area, mitigating localized strain concentrations. Consequently, components incorporating this
design exhibit exceptional resilience in scenarios involving recurrent tensile loads or cyclic stretching.
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