Water jet woven fabric is a precision woven substrate produced through water jet weaving technology for industrial lamination, insulation composites, and lightweight reinforcement applications. The weaving process enables stable yarn distribution, controlled fabric formation, and smoother surface characteristics compared with conventional woven tape structures.
The water jet insertion process supports stable yarn positioning and balanced woven construction across lightweight fabric structures.
Compared with heavy woven tape fabrics, the woven surface demonstrates improved flatness and more consistent surface geometry for coating and lamination operations.
The weaving system supports low-GSM fabric production for lightweight composite structures and insulation laminates.
Stable weaving conditions help maintain controlled thickness distribution during continuous production runs.
| Parameter | Custom Range |
|---|---|
| Material | PP |
| Weaving Type | Water Jet Woven |
| GSM Range | 13–120 g/m² |
| Maximum Width | 1.9 m |
| Roll Length | Custom |
| Surface Structure | Smooth Woven Surface |
| Coating | PE Coated Optional |
| Lamination | Foil / PET / Composite |
| UV Stabilization | Available |
| Flame Retardant Treatment | Optional |
Water jet woven fabric and circular woven fabric are both widely used in industrial composite and packaging applications, but the two materials are designed for different processing requirements and performance priorities. Water jet woven fabric is generally preferred for lightweight laminated structures where smoother surface quality, lower fabric weight, and better flexibility are important. The finer woven construction helps improve coating uniformity and lamination consistency in insulation composites, foil laminates, and vapor barrier materials.
Circular woven fabric, by comparison, is manufactured with slit-film tape structures designed for higher tensile strength and stronger load-bearing performance. It is more commonly used in woven sacks, industrial packaging, reinforcement materials, and heavy-duty laminated structures requiring greater mechanical durability.
| Comparison Item | Water Jet Woven Fabric | Circular Woven Fabric |
|---|---|---|
| Surface | Smoother | More textured |
| Fabric Weight | Lightweight | Medium to heavy-duty |
| Minimum GSM | 13 g/m² | Higher GSM range |
| Flexibility | Better | Higher rigidity |
| Main Advantage | Lamination compatibility | Mechanical strength |
| Typical Applications | Insulation composites | Woven sacks & packaging |
| Common Structures | Foil laminates | Reinforced packaging |
Taiwangte provides custom woven substrate production with flexible weave structures, lightweight configurations, and industrial lamination support for different converting requirements.
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