Lider Flexible develops product-based technical film and lamination solutions tailored to the needs of different industries and applications. Each structure is custom-designed and optimized according to the physical, chemical, and logistical requirements of the product.
Film structures produced through co-extrusion and multilayer lamination technologies combine mechanical strength, flexibility, and barrier performance within a single structure. Barrier layers incorporating EVOH and PA (Polyamide) minimize oxygen and moisture transmission by delivering low OTR & MVTR values.
Product and Application-Based Solutions
- Standard and High-Barrier Lamination Films: Structures compatible with MAP and vacuum applications, offering strong seal integrity and high puncture resistance.
- Retort Applications: Specialty lamination combinations resistant to high temperature and pressure, suitable for thermal processing (sterilization/pasteurization) procedures.
- Peelable Structures: Specialty seal layers that provide controlled opening, enhancing consumer convenience while maintaining impermeability.
- Thermal Lacquer Applications: Heat-activated surface solutions offering controlled adhesion and functional coating advantages.
- Anti-Mist (Antifog) Films: Specialty surface technologies that minimize condensation in cold chain and fresh product applications, preserving in-pack visibility.
- Easy Tear Solutions: Film structures integrated with laser score or oriented tear technology, enabling controlled opening.
- Frozen Product Films: Specialty formulations that retain flexibility at low temperatures without exhibiting brittleness, while delivering high mechanical strength.
All technical and lamination films are compatible with HFFS, VFFS, and thermoform lines in roll (rollstock) format. Upon request, mono-material and recyclable structure alternatives can also be developed.
Lider Flexible offers high-performance packaging systems in technical film and lamination solutions by integrating advanced barrier engineering, functional surface technologies, and production efficiency within a unified approach.
