Our Aluminum Foil Polyethylene (PE) Composite Film is engineered for exceptional performance in demanding packaging and industrial applications. Utilizing a precision Dry Lamination Process, it bonds aluminum foil and PE film to create a versatile material that combines ultimate barrier protection with excellent durability and sealing capability. Ideal for manufacturers requiring extended shelf life and robust product protection.

• Superior Barrier Properties: Provides an excellent barrier against moisture, oxygen, light (UV), and contaminants, ensuring product integrity and significantly extending shelf life.

• Enhanced Strength & Durability: The composite structure offers high resistance to puncture, tear, and abrasion, protecting contents throughout the supply chain.

• Excellent Chemical Resistance: Maintains integrity when exposed to oils, greases, and many chemicals, making it suitable for a wide range of products.

• Reliable Heat Sealability: The PE inner layer allows for strong, consistent, and clean heat seals, ensuring package integrity and compatibility with high-speed automated packaging lines.

• Customizable & Versatile: Available in various specifications, including different total thicknesses, aluminum foil gauges (e.g., 6μm, 9μm), and PE layer types. Can be customized for width and surface treatment.

• • Food & Pharmaceutical Packaging: Perfect for dry foods, snacks, powder products (milk powder, spices), pharmaceutical blister packaging, and tea/coffee bags. Ensures freshness, safety, and compliance with hygiene standards.

  • Industrial & Insulation Materials: Widely used as a vapor barrier and reflective insulation layer in construction, HVAC ducting, pipe wrapping, and cold chain logistics boxes.

  • Specialty Protective Packaging: Effective for moisture- and light-sensitive products like electronics, photographic materials, chemicals, and high-value industrial parts.

• Why It Matters for Your Product: This advanced process allows for the strong, bubble-free bonding of dissimilar materials, resulting in a laminate with minimal shrinkage, superior dimensional stability, and consistent barrier performance compared to simpler extrusion methods.