OEM Printing High Barrier Flexible Packaging Films With EVOH Oxygen Barrier

Introducing the next generation of material science for protective packaging: Advanced Coex/Laminate Films. Engineered not as single-layer compromises but as synergistic, multi-layered systems, these films are precisely fabricated to unlock Maximum Shelf Life and robust product integrity. By combining the distinct, superior properties of EVOH's oxygen barrier, PA's mechanical strength, and CPP/PE's sealing reliability, we deliver a high-performance film substrate that forms the foundation of the world's most reliable pouches, lidding, and flexible packages.

Each component is a specialist, and their combination creates a whole far greater than the sum of its parts.

We offer both advanced manufacturing techniques to meet specific cost, performance, and sustainability targets:

• Co-extruded (Coex) Films: Multiple polymer layers are melted and fused together simultaneously in a single process. This creates a monolithic film with inseparable layers, offering excellent clarity, reduced material complexity, and often enhanced recyclability in mono-material structures.
• Laminated Films: Individual pre-formed film layers are bonded together using adhesives. This allows for the combination of vastly different materials (e.g., paper, foil, oriented films) and provides ultimate flexibility in engineering specific barrier and structural properties, often at a higher performance ceiling.

The integration of these three functionalities directly targets the factors that limit product longevity:

• Barrier + Seal = Stabilized Atmosphere: The EVOH barrier blocks external O₂, while the robust seal prevents ingress at the package edges, creating a stable internal atmosphere.
• Strength + Seal = Maintained Integrity: The PA layer ensures the film doesn't breach, and the seal doesn't fail, preserving that stable atmosphere for the product's entire lifecycle.
• Result: A quantifiable extension of the period during which a product retains its intended sensory, nutritional, and functional properties.