25-120gsm Wet-Laid Nonwoven Embroidery Backing Interlining with Clean Tear-Away Support
Wet-Laid Nonwoven Embroidery Backing
| Material: | PVA fiber, Composite fiber, PET fiber |
| Weight: | 25gsm-120gsm |
| Width: | Within 1800mm, can be cut into small width |
| Color: | White |
| Packaging: | 50m/roll |
| MOQ: |
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| Certification: | OEKO-TEX® CERTIFIED   |
◆ Lead Time: 25-35 days
◆ Shipping: Sea freight, Railway freight
◆ Payment: T/T, L/C ...
Product Details
Composition: PVA fiber, Composite fiber, PET fiber
Width: Within 1800mm, can be cut into small width
Weight: 25gsm-120gsm
Technics: Wet-laid
Packaging: 50m/roll
MH wet-laid nonwoven embroidery backing interlining is a dense, firm nonwoven stabilizer formed by wet-laid web forming from PVA, composite, and PET fibers, supplied uncoated in white at 25-120gsm.
Key Selling Points
- Clean tear-away: MH wet-laid nonwoven embroidery backing tears away cleanly by hand without scissors, leaving stitched designs crisp and residue-free.
- Stitch stability: The dense, high-tension web holds fabric flat during schiffli and machine embroidery so stitches stay even and dimensionally stable.
- Durable than paper: MH wet-laid nonwoven interlining is far more durable than paper backing, resisting breakage while the embroidery frame runs at speed.
- OEKO-TEX assurance: Produced under OEKO-TEX certification for verified textile safety, suiting garment and apparel embroidery supply chains.
- Custom slitting: Supplied uncoated in white and slit to customer widths, giving embroidery producers flexible backing for varied frame sizes.
- Reliable bulk supply: As an embroidery backing manufacturer, MH supports OEM and ODM production with consistent wet-laid nonwoven quality for wholesale orders.
Application: Computer embroidery machines
Wet-laid is much more durable than paper.
A consistent, dense, firm, wet-laid nonwoven clean tearaway.
It's high density and has good tension, can be easy for the embroidery machines.
Wet-laid is sometimes used as a backing for embroidery for easy transfer to another fabric.
