
Specifications
| material | polyester |
| Weight: | 30 g/m² |
| Width: | 150 cm |
Raslovka Premium Fusible Elastic Interlining - 30 g/m², 150 cm Width | Lightweight Iron-On Garment Stabilizer
Color
2 blackPackaging Option
1 mDetails
Description Elevate your garment construction with the Raslovka Premium Fusible Elastic Interlining. Specially engineered to offer soft, flexible stabilization, this lightweight 30 g/m² iron-on fabric reinforcement is ideal for modern, stretchy, or problematic materials. Featuring a single-sided spot glue application, it adheres seamlessly without compromising the natural drape, stretch, or softness of your fabrics. Whether you are tailoring structured outerwear or delicate everyday wear, this interlining provides the perfect balance of support and flexibility. Key Features - **Flexible Stabilization:** Offers gentle reinforcement while maintaining the natural elasticity and movement of your fabrics. - **Single-Sided Spot Adhesive:** Features precise, high-quality spot-applied glue on one side for a secure, even bond that prevents puckering. - **Problem-Fabric Friendly:** Soft and gentle enough to use on delicate, tricky, or lightweight fabrics that typically resist stabilization. - **Enhanced Garment Durability:** Adds structural integrity to wear-prone areas, ensuring your garments maintain their shape through wash and wear. Technical Specifications - **Weight:** 30 g/m² (Lightweight and breathable) - **Width:** 150 cm - **Application Method:** Iron-on / Fusible (spot adhesive on one side) - **Material Type:** Elastic woven insert / Interlining Practical Applications This versatile interlining is perfect for a wide range of tailoring and dressmaking projects: - **Full Garment Reinforcement:** Securely fix and strengthen the front panels of dresses, blouses, blazers, and jackets. - **Detail Stabilization:** Ideal for reinforcing high-contact areas including collars, cuffs, pocket flaps, and lapels. - **Stretch Fabrics:** Perfect for garments that require both structural support and active flexibility.