
Specifications
| material | polyamide (nylon) |
| Width: | 20 mm |
| Length: | 5; 45 m |
| Thickness: | 1,5 mm |
Premium Soft Low-Profile Hook and Loop Fastener - 20mm Non-Scratchy Micro-Hook Sewing Tape
Color
2 blackPackaging Option
5 mDetails
Description Elevate your sewing, crafting, and organizational projects with our Premium Soft Low-Profile Hook and Loop Fastener. Designed to offer a sleeker, more refined alternative to traditional fasteners, this tape features an innovative plastic micro-hook structure. Unlike classic, abrasive hooks, these micro-hooks are remarkably smooth to the touch, highly discreet, and engineered to resist trapping lint and dirt, making them ideal for both high-end garments and premium home interiors. Key Features * **Advanced Micro-Hook Technology:** Utilizes soft plastic micro-hooks that provide a secure grip without the harsh, scratchy texture of standard fasteners. * **Ultra-Slim Profile:** Minimizes bulk, lying flat for a seamless, professional appearance on clothing, bags, and accessories. * **Debris Resistant:** Specially designed to prevent trapping hair, dust, or lint, preserving both performance and aesthetics over time. * **Gentle & Fabric-Safe:** Safe to use on garments and next-to-skin applications without causing irritation. Technical Specifications * **Width:** 20 mm * **Fastener Type:** 2-part set (includes separate plush loop and micro-hook components) * **Application:** Sew-on installation * **Profile:** Low-profile / Soft-touch Practical Applications * **Fashion & Accessories:** Ideal for garments, baby clothing, backpacks, and handbags. * **Home Organization:** Excellent for wrapping and organizing cables, securing cushions, or mounting indoor decor. * **Gardening & Crafting:** Gentle enough to bind and support delicate plant stems in gardening, or for general utility use. Application Advice * **Sewing Recommendation:** For the best results and easiest handling, do not join the plush loop side and the hook side together until after they have been individually sewn onto their respective materials.