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Freudenberg Apparel’s Film Bonding series features a film structure with a high-quality adhesive, delivering robust shear bond and recovery. This enables garments to conform to the body’s shape while retaining their shape and integrity after stretching, significantly improving durability and wearer comfort. By eliminating bulky seams, the Film Bonding series also provides a clean, smooth finish to fabric surfaces.
Freudenberg Apparel has launched the Film Bonding series for advanced sew-free bonding, enhancing garment durability and comfort.
The new series introduces an oval net structure, complementing existing patterns for diverse applications.
These innovations, featuring TPE and TPU variants, offer enhanced softness, elasticity, and bond strength.
Available in tape form, Freudenberg Apparel’s Film Bonding solutions accommodate a wide range of weight requirements from 90 to 220 g/m², including thin options under 80µm. The series offers an array of TPE and TPU variants with varying softness levels from medium to very soft, reducing reliance on traditional stitching and making them ideal for various applications, including stitch-free seam bonding on briefs, bras, vests, and leggings, the company said in a press release.
Complementing the Film Bonding series, Freudenberg has introduced an innovative oval net structure to its TPE polymer adhesive Net Bonding series. This new structure, in addition to the existing Diamond and Hexagon patterns, offers a diverse selection of net structures suitable for a wide array of applications. The expanded weight range of 50-240 g/m² for the Net Bonding solutions provides versatility for creating breathable, elastic, and well-controlled garments in leggings, sports bras, and intimate apparel.
Freudenberg Apparel’s commitment to innovation is driving the evolution of traditional bonding methods. By harnessing the power of the TPE polymer in its bonding solutions, the company has achieved an optimal blend of softness and elasticity. These advanced TPE polymer bonding solutions are designed to operate at lower melting temperatures, ensuring strong bond strength without compromising fabric integrity.
Fibre2Fashion News Desk (RR)
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