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Noise Reduction Split Braided Mesh Loom Sleeving
Quiet split braided mesh loom sleeving, crafted from PET monofilament and multifilament, forms a fully expandable sleeve that significantly reduces noise on wires, tubes, and hoses. It is lightweight, quiet, and highly flexible, making it easy to apply even over irregular shapes. Its unique split, semi-rigid braided design ensures complete coverage while delivering a sleek and professional appearance.
| Part No | STW-PET-NR |
|---|---|
| Material | Polyester Monofilament+Multifilament |
| Working Temperature | -50℃ to 150℃ |
| Melt Point | 240±10℃ |
| Flammability | VW-1 |
| Standard Color | Black |
| Certification | UL, ROHS, Reach, Halogen free |
| Cutting Tool | Hot Knife |
| Overlap | 25% |
Noise Reduction Split Braided Mesh Loom Sleeving
Noise reduction split braided mesh loom sleeving, woven from durable polyester monofilament and multifilament yarns, actively protects wires, cables, and hoses from sharp edges and friction that could compromise their performance. Thanks to its unique structure, this sleeving excels at minimizing noise, making it an ideal solution for reducing unwanted sounds in various applications.Moreover, the side-entry design enhances convenience by allowing users to easily add or remove wire harnesses or cables, even in challenging or hard-to-reach areas like door panels or dashboards. This quiet split braided sleeving is particularly well-suited for body wiring harnesses, instrument panel and lighting wiring, cable and hose assemblies, and other confined spaces where noise reduction is crucial.
Product Size
Application of Noise Reduction Split Braided Loom
Quiet braided sleeving actively protects wire harnesses, cable assemblies, tubing, and hoses across industries such as automotive, railway, and machinery, where it is essential to reduce vibration noise. By providing effective noise suppression, this sleeving ensures the longevity and performance of critical components in environments prone to vibrations, enhancing both functionality and safety.