Bonding tape Application
Bonding tape application

What we offer

GThanks to cutting-edge technologies and state-of-the-art in-house equipment, MAB offers polyurethane lamination (film) and bonding of tapes or narrow fabrics, transforming semi-finished materials into “ready-for-bonding” solutions ideal for high-end applications, both for fashion and technical apparel. Using the same technology, we also heat-weld elastic or rigid reflective materials, decorative tapes, or protective coatings.
We also offer seam reinforcement tapes (decorative) and tapes for reinforcing ultrasonic welds. We also offer foldable tapes for heat-sealed edges. All products in the collection are feasible, subject to application testing.

  • Laminations with high-quality monolithic or triple-layer PU adhesives customized for any heat-sealing application.
  • Technical tapes ready for press or continuous machine bonding, optimized for sectors such as swim, run, cycling, ski, workwear, and more.
  • Laminations of decorative and transfer tapes
  • Laminations of abrasion-resistant covers.
  • Laboratory-tested production: custom configurations and total flexibility in terms of color, quantity, and finish.
tecnology

Our strengths

Extreme chromatic and functional flexibility

Thanks to our in-house dyeing facility, the choice of materials and dedicated lamination systems, we can manage customised finishes based on the brand’s requests.

Cutting-edge technologies

We use revolutionary machinery for seamless coupling and welding

High-performance and long-lasting adhesives

We use high-quality PU films and glues designed for textile-to-textile applications with high elasticity and durability.

Quality

Why choose MAB

  • Reduce processing times and steps: pre-coupled tapes ready for bonding.
  • Achieve a final product with high resistance, lightness, comfort, and performance.
  • Meet the technical needs of advanced finishes and high-end, “ready-to-use” materials.
  • Maintain consistent quality, aesthetics, and functionality throughout every production cycle.